Intact stability
Stability booklet
Summary of intact stability
Description
Density Draft
Draft Trim
BoK
List
Displ. VCG'
(m) (Degr.) (tonnes)
Max
VCG'
GM' Complies
(m)
(m)
(m)
(m)
(m)
Homogenous cargo - Departure
1.0250 8.280
8.280
0.000
0.0 20290.0
(CL)
8.087
10.046
2.110
YES
Homogenous cargo - Arrival
1.0250 7.925
7.925
0.070
0.0 19264.4
(CL)
8.146
10.015
2.019
YES
Equal mass containers - 11.74t - Departure
1.0250 8.078
8.078 -3.962
0.0 20290.0 12.460
(CL)
10.503 -1.763
NO
Containerized cargo - Departure
1.0250 8.280
8.280
0.0 20290.0
(CL)
9.985
10.046
0.211
YES
Containerized cargo - Halfway
1.0250 8.061
8.061 -0.629
0.0 19719.3 10.068
(CL)
10.076
0.158
YES
Containerized cargo - Halfway - Ballasted
1.0250 8.256
8.256
0.200
0.0 20202.4
(CL)
9.845
10.029
0.334
YES
Containerized cargo - Arrival
1.0250 7.925
7.925
0.069
0.0 19264.0 10.131
(CL)
10.015
0.033
NO
Containerized cargo - Arrival - Ballasted
1.0250 8.117
8.117
0.923
0.0 19747.1
(CL)
9.975
0.210
YES
Equal mass containers - 14t / 90% - Departure
1.0250 7.697
7.697 -3.037
0.0 18978.0 10.637
(CL)
10.332 -0.154
NO
Equal mass containers - 14t / 90% - Departure Ballasted
1.0250 8.216
8.216 -1.550
0.0 20290.0
(CL)
9.996
10.194
0.348
YES
Equal mass containers - 14t / 90% - Halfway Ballasted
1.0250 8.056
8.056 -0.772
0.0 19720.3 10.083
(CL)
10.089
0.156
YES
Equal mass containers - 14t / 90% - Halfway ReBallasted
1.0250 8.169
8.169 -1.193
0.0 20102.4
(CL)
9.912
10.145
0.383
YES
Equal mass containers - 14t / 90% - Arrival Ballasted
1.0250 7.875
7.875 -1.387
0.0 19264.0 10.148
(CL)
10.135
0.137
NO
Equal mass containers - 14t / 90% - Arrival ReBallasted
1.0250 8.018
8.018 -1.090
0.0 19646.4 10.003
(CL)
10.116
0.263
YES
No cargo - Departure
1.0250 3.226
3.226 -3.602
0.0
(CL)
7190.0
7.404
10.472
7.605
YES
No cargo - Departure - Ballasted
1.0250 6.027
6.027 -2.033
0.0 14196.6
(CL)
5.489
10.516
5.177
YES
No cargo - Arrival
1.0250 2.804
2.804 -3.369
0.0
(CL)
6164.0
7.476
9.839
9.141
YES
No cargo - Arrival - Ballasted
1.0250 5.423
5.423 -3.215
0.0 12681.6
(CL)
5.370
10.973
5.753
YES
0.000
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
9.915
1
Intact stability
Stability booklet
Summary of bending moments and shear forces
Description
SF min
(tonnes)
X SF SF max
min
X BM BM max
min
X BM
max
(m)
(t*m)
(m)
(t*m)
(m)
Homogenous cargo - Departure
-511.3
30.000
335.5
124.320
-9323.6
79.600
2960.1
19.200
Homogenous cargo - Arrival
-834.4
34.320
647.4
118.560 -16747.7
78.800
4104.6
23.200
Equal mass containers - 11.74t - Departure
(m) (tonnes)
X SF BM min
max
-1477.7
35.000
732.7
78.800 -29859.5
51.200
196.4
128.800
Containerized cargo - Departure
-334.6
86.184
373.8
34.320
-1750.9
120.000
10805.6
56.000
Containerized cargo - Halfway
-340.6
73.368
293.2
118.460
-3293.6
103.600
7079.7
47.600
Containerized cargo - Halfway - Ballasted
-389.6
86.184
348.6
118.460
-4222.0
108.800
9211.1
50.000
Containerized cargo - Arrival
-914.7
35.000
688.4
118.000 -11251.6
69.200
4100.8
23.200
Containerized cargo - Arrival - Ballasted
-357.0
73.368
433.0
25.760
-4827.6
108.000
9498.0
34.800
Equal mass containers - 14t / 90% - Departure
-542.5
106.400
779.6
34.320
-39.5
140.800
20240.0
65.200
Equal mass containers - 14t / 90% - Departure Ballasted
-485.6
73.368
814.2
34.320
-823.8
122.000
20013.1
60.000
Equal mass containers - 14t / 90% - Halfway Ballasted
-498.7
73.368
684.7
30.000
-963.6
121.600
19300.6
57.600
Equal mass containers - 14t / 90% - Halfway ReBallasted
-625.0
73.368
626.7
33.444
-1160.8
117.600
16080.8
54.800
Equal mass containers - 14t / 90% - Arrival - Ballasted
-534.0
73.368
618.6
27.286
-971.8
115.600
15500.2
53.794
Equal mass containers - 14t / 90% - Arrival ReBallasted
-645.3
73.368
606.9
27.286
-1741.7
110.400
14531.7
50.800
No cargo - Departure
-908.9
106.000
1288.0
34.320
-2.3
144.000
40287.1
65.600
No cargo - Departure - Ballasted
-885.3
105.600
941.9
34.320
-0.5
144.400
34786.4
64.000
No cargo - Arrival
-633.5
101.200
883.2
25.760
-1.5
144.400
31487.6
61.600
No cargo - Arrival - Ballasted
-458.3
95.600
729.9
13.440
-1.3
144.400
23050.9
52.800
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
2
Intact stability
Stability booklet
Bending moment
40000
35000
30000
25000
Equal mass containers - 14t / 90% - Departure
20000
Bending moment (t*m)
Equal mass containers - 14t / 90% - Departure - Ballasted
15000
Equal mass containers - 14t / 90% - Halfway - Ballasted
No cargo - Departure
Containerized cargo - Halfway - Ballasted
10000
Containerized cargo - Departure
No cargo - Departure - Ballasted
Containerized cargo - Halfway
No cargo - Arrival
Containerized cargo - Arrival - Ballasted
Homogenous cargo - Departure
Equal mass containers - 14t / 90% - Halfway - ReBallasted
0
Homogenous cargo - Arrival
Equal mass containers - 14t / 90% - Arrival - Ballasted
Equal mass containers - 11.74t - Departure
Equal mass containers - 14t / 90% - Arrival - ReBallasted
-5000
No cargo - Arrival - Ballasted
Containerized cargo - Arrival
5000
-10000
-15000
-20000
-25000
-30000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
3
Intact stability
Stability booklet
Components of deadweight
Loading condition
Deadweight
Fuel
Cargo
Ballast
Other Stores
Crew
Cargo 2
(tonnes)
(tonnes)
(tonnes)
(tonnes)
(tonnes)
(tonnes)
Homogenous cargo - Departure
14280.0
1026.0
13100.0
0.0
114.0
40.0
0.0
Homogenous cargo - Arrival
13254.4
102.6
13100.4
0.0
11.4
40.0
0.0
Equal mass containers - 11.74t - Departure
14280.0
1026.0
13100.0
0.0
114.0
40.0
0.0
Containerized cargo - Departure
14280.0
1026.0
13100.0
0.0
114.0
40.0
0.0
Containerized cargo - Halfway
13709.3
512.3
13100.0
0.0
57.0
40.0
0.0
Containerized cargo - Halfway - Ballasted
14192.4
512.3
13100.0
483.1
57.0
40.0
0.0
Containerized cargo - Arrival
13254.0
102.6
13100.0
0.0
11.4
40.0
0.0
Containerized cargo - Arrival - Ballasted
13737.1
102.6
13100.0
483.1
11.4
40.0
0.0
Equal mass containers - 14t / 90% - Departure
12968.0
1026.0
0.0
0.0
114.0
40.0
11788.0
Equal mass containers - 14t / 90% - Departure - Ballasted
14280.0
1026.0
0.0
1312.0
114.0
40.0
11788.0
Equal mass containers - 14t / 90% - Halfway - Ballasted
13710.3
513.2
0.0
1312.0
57.0
40.0
11788.0
Equal mass containers - 14t / 90% - Halfway - ReBallasted
14092.4
513.0
0.0
1694.4
57.0
40.0
11788.0
Equal mass containers - 14t / 90% - Arrival - Ballasted
13254.0
102.6
0.0
1311.9
11.4
40.0
11788.0
Equal mass containers - 14t / 90% - Arrival - ReBallasted
13636.4
102.6
0.0
1694.4
11.4
40.0
11788.0
No cargo - Departure
1180.0
1026.0
0.0
0.0
114.0
40.0
0.0
No cargo - Departure - Ballasted
8186.6
1026.0
0.0
7006.6
114.0
40.0
0.0
154.0
102.6
0.0
0.0
11.4
40.0
0.0
6671.6
102.6
0.0
6517.6
11.4
40.0
0.0
No cargo - Arrival
No cargo - Arrival - Ballasted
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
4
Intact stability
Stability booklet
Maximum VCG' envelope
Criteria : IMO MSC.267(85) - Minimum design criteria applicable to all ships
Calculated for average trim : -1.365 (m)
Wind silhouette : Container cargo
IMO MSC.267(85) - Minimum design criteria applicable to all ships
13.0
12.5
3
12.0
11.5
11.0
9
10.5
7 5
4
13 8
6
11 10
1412
10.0
VCG' (m)
9.5
9.0
8.5
2
8.0
7.5
17
1
15
7.0
6.5
6.0
5.5
18
16
5.0
4.5
2.5
3.0
3.5
4.0
4.5
5.0
5.5
6.0
6.5
7.0
7.5
8.0
8.5
9.0
Mean draft BoK (m)
Loading conditions:
1. Homogenous cargo - Departure
2. Homogenous cargo - Arrival
3. Equal mass containers - 11.74t - Departure
4. Containerized cargo - Departure
5. Containerized cargo - Halfway
6. Containerized cargo - Halfway - Ballasted
7. Containerized cargo - Arrival
8. Containerized cargo - Arrival - Ballasted
9. Equal mass containers - 14t / 90% - Departure
10. Equal mass containers - 14t / 90% - Departure - Ballasted
11. Equal mass containers - 14t / 90% - Halfway - Ballasted
12. Equal mass containers - 14t / 90% - Halfway - ReBallasted
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
5
Intact stability
Stability booklet
13. Equal mass containers - 14t / 90% - Arrival - Ballasted
14. Equal mass containers - 14t / 90% - Arrival - ReBallasted
15. No cargo - Departure
16. No cargo - Departure - Ballasted
17. No cargo - Arrival
18. No cargo - Arrival - Ballasted
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
6
Intact stability
Stability booklet
Homogenous cargo - Departure
1116 TEU - Multipurpose
Designer
Nemanja Surbatovic
Created by
Nemanja Surbatovic
Comment
Filename
Nemanja Surbatovic Final.fbm
Design length
145.00 (m)
Midship location
72.500 (m)
Length over all
150.00 (m)
Relative water density
1.0250
Design beam
24.840 (m)
Mean shell thickness
0.0130 (m)
Maximum beam
24.840 (m)
Appendage coefficient
1.0000
Design draft
8.280 (m)
Calculation settings
Center of gravity of tanks containing liquids
:
Actual COG
Homogenous cargo
-5
0
0
5
10
15
10
20
25
30
20
35
40
45
30
50
55
60
40
65
70
75
50
80
85
90
60
95
100
105
70
110
115
120
125
80
130
90
135
140
145
100
150
155
110
160
165
170
120
175
180
185
130
190
195
200
205
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
7
Intact stability
Stability booklet
FOT 1 C Cargo Hold 1
BT AP.PS
Cargo Hold 2
Cargo Hold 3
FOT 2 PS
Cargo Hold 4
Cargo Hold 5
BT AP.PS
BT AP.SB
BT FP
FOT 1 C
FOT 1 SB
FOT 1 PS
BT S0.SB
BT S0.PS
FOT Day
ERT1 PS
-5
0
5
10
15
20
25
30
35
40
45
BT B0.PS
50
55
Cargo Hold 1
BT H1.PS
BT H1.SB
FOT Day
BT B1.1.PS
60
65
70
BT B2.1.PS
75
80
85
BT B3.1.PS
90
95
100
105
BT B4.1.PS
110
115
120
BT B5.1.PS
125
130
135
140
BT B6.1PS
145
150
155
160
BT B7.PS BT B8.PS
165
170
175
180
185
190
195
200
205
0.000 (CL)
PS
#8
ERT1 PS
ERT1 SB
#38PS
ERT2
ERT2 SB
SB PS
BT B0.PS BT B0.SB
SB PS
#48
BT B1.1.PS BT B1.2.SB
BT B1.2.PS
BT B1.1.SB
SB PS
#57
SB
FOT 1 PS
FOT 2 PS
FOT 1 C Cargo Hold 1
Cargo Hold 2
Cargo Hold 3
Cargo Hold 5
Cargo Hold 4
FOT 2 SB
10.000
FOT 1 SB
Cargo Hold 2
Cargo Hold 2
BT S2.PS
BT S2.SB BT S3.PS
BT H2.PS
BT S2.PS
BT S0.PS
BT S3.PS
BT S4.PS
BT B2.1.PS
BT B2.2.SB
BT B2.2.PS
BT B2.1.SB
BT S5.PS
BT H1.PS
BT H2.SB
BT H6.PS
PS
#77
SB PS
Cargo Hold 2
BT S3.SB BT S4.PS
BT H3.PS
BT H3.SB
BT B3.1.PS
BT 3.2.SB
BT B3.2.PS
BT B3.1.SB
#95
SB PS
Cargo Hold 2
BT S4.SB BT S5.PS
BT H4.PS
BT H4.SB
BT B4.1.PS
BT B4.2.SB
BT B4.2.PS
BT B4.1.SB
#113
BT S5.SB
BT H5.PS
BT H5.SB
BT B5.1.PS BT B5.2.SB
BT B5.2.PS
BT B5.1.SB
SB PS
#131
SB
BT H7.PS
FOT 1 PS
BT AP.PS
FOT 2 PS
FOT 1 C Cargo Hold 1
Cargo Hold 2
Cargo Hold 3
Cargo Hold 5
Cargo Hold 4
FOT 2 SB
BT AP.SB
BT FP 8.300
FOT 1 SB
BT H7.SB
BT S0.SB
BT H6.SB
BT H1.SB
BT S2.SB
BT S3.SB
BT S4.SB
BT S5.SB
BT S3.PS
BT S4.PS
BT S5.PS
BT H3.PS
BT H4.PS
Cargo Hold 5
Cargo Hold 4
BT S2.PS
BT S0.PS
BT H1.PS
BT H2.PS
BT H5.PS
BT H6.PS
BT B6.2.SB
BT B6.1PS
BT B6.2.PS
BT B6.1.SB
BT H7.PS
FOT 1 PS
PS
FOT Day Cargo Hold 1
FOT 2 PS
Cargo Hold 3
Cargo Hold 5
Cargo Hold 4
FOT 2 SB
Cargo Hold 2
BT H6.SB
BT H7.PS
BT H7.SB
FOT 2 PS
FOT 2 SB
BT FP
BT H6.PS
FOT 1 SB
#151
SB PS
BT B7.PS
BT B8.PS
BT B8.SB
BT B7.SB
#163
SB PS
#171
SB PS
#199
SB
BT FP 2.500
Cargo
BT H7.SB
Fuel
BT S0.SB
BT H1.SB
BT H2.SB
BT H5.SB
BT H6.SB
BT H3.SB
BT H4.SB
BT S3.SB
BT S4.SB
BT S5.SB
BT B2.2.PS
BT B3.2.PS
BT B4.2.PS
BT B5.2.PS
BT B1.1.PS
BT B2.1.PS
BT B3.1.PS
BT B4.1.PS
BT B5.1.PS
BT B6.1PS
BT B7.PS
BT B1.1.SB
BT B2.1.SB
BT B3.1.SB
BT B4.1.SB
BT B5.1.SB
BT B6.1.SB
BT B7.SB
BT B2.2.SB
BT 3.2.SB
BT B4.2.SB
BT B5.2.SB
BT S2.SB
Other Stores
Ballast
BT B1.2.PS
ERT2 PS
BT B0.PS
BT B6.2.PS
ERT1 PS
ERT2 SB
BT B8.PS
0.700
ERT1 SB
BT B0.SB
BT B1.2.SB
BT B8.SB
BT B6.2.SB
Hydrostatic particulars
List
GG'
0.000 (m)
Draft aft pp
0.0 (CL) (Degr.)
8.280 (m)
VCG'
8.087 (m)
Mean moulded draft
8.280 (m)
Max VCG'
10.046 (m)
Draft forward pp
8.280 (m)
GM solid
2.110 (m)
Trim
0.000 (m)
G'M liquid
KM
10.196 (m)
VCG
8.087 (m)
2.110 (m)
Immersion rate
MCT
29.056 (t/cm)
247.8 (t*m/cm)
Summary
Description
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000
23.000
0.0
13100.0
74.608
0.000
8.462
1026.0
67.201
0.000
7.369
0.0
114.0
24.486
0.000
0.772
0.0
0.0
0.000
0.000
0.000
0.0
6010.0
64.939
0.000 (CL)
7.431
Deadweight
14280.0
73.494
0.000 (CL)
8.362
0.0
Displacement
20290.0
70.960
0.000 (CL)
8.087
0.0
Crew
Cargo
Fuel
Other Stores
Ballast
Lightship
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
8
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000 (CL)
23.000
0.0
Crew
crew
Cargo
Cargo Hold 1
0.6382
100.0
916.3
37.560
0.000 (CL)
8.903
0.0
Cargo Hold 2
0.6382
100.0
9787.0
69.960
0.000 (CL)
8.347
0.0
Cargo Hold 3
0.6382
100.0
1029.9
102.360
0.000 (CL)
8.515
0.0
Cargo Hold 4
0.6382
100.0
740.2
108.842
0.000 (CL)
8.669
0.0
Cargo Hold 5
0.6382
100.0
626.6
115.320
0.000 (CL)
9.267
0.0
13100.0
74.608
0.000 (CL)
8.462
Totals for Cargo
Fuel
FOT 1 C
0.8901
100.0
148.5
32.160
0.000 (CL)
8.014
0.0
FOT 1 PS
0.8901
100.0
211.8
32.160
5.508 (PS)
7.423
0.0
FOT 1 SB
0.8901
100.0
211.8
32.160
-5.508 (SB)
7.423
0.0
FOT Day
0.8901
100.0
50.3
32.160
0.000 (CL)
2.720
0.0
FOT 2 PS
0.8901
100.0
201.8
121.245
2.263 (PS)
7.654
0.0
FOT 2 SB
0.8901
100.0
201.8
121.245
-2.263 (SB)
7.654
0.0
1026.0
67.201
0.000 (CL)
7.369
0.0
Totals for Fuel
Other Stores
ERT1 PS
0.9002
100.0
34.8
23.976
1.271 (PS)
0.719
0.0
ERT1 SB
0.9002
100.0
34.8
23.976
-1.271 (SB)
0.719
0.0
ERT2 PS
0.9002
100.0
22.2
25.286
3.658 (PS)
0.854
0.0
ERT2 SB
0.9002
100.0
22.2
25.286
-3.658 (SB)
0.854
0.0
114.0
24.486
0.000 (CL)
0.772
0.0
Totals for Other Stores
Ballast
BT AP.PS
1.0250
0.0
0.0
6.605
2.737 (PS)
7.914
0.0
BT AP.SB
1.0250
0.0
0.0
6.605
-2.737 (SB)
7.914
0.0
BT B0.PS
1.0250
0.0
0.0
32.217
3.335 (PS)
0.763
0.0
BT B0.SB
1.0250
0.0
0.0
32.217
-3.335 (SB)
0.763
0.0
BT B1.1.PS
1.0250
0.0
0.0
40.442
2.581 (PS)
0.705
0.0
BT B1.1.SB
1.0250
0.0
0.0
40.442
-2.581 (SB)
0.705
0.0
BT B1.2.PS
1.0250
0.0
0.0
41.270
6.985 (PS)
0.814
0.0
BT B1.2.SB
1.0250
0.0
0.0
41.270
-6.985 (SB)
0.814
0.0
BT B2.1.PS
1.0250
0.0
0.0
53.040
2.582 (PS)
0.705
0.0
BT B2.1.SB
1.0250
0.0
0.0
53.040
-2.582 (SB)
0.705
0.0
BT B2.2.PS
1.0250
0.0
0.0
53.327
7.908 (PS)
0.756
0.0
BT B2.2.SB
1.0250
0.0
0.0
53.327
-7.908 (SB)
0.756
0.0
BT B3.1.PS
1.0250
0.0
0.0
66.000
2.582 (PS)
0.705
0.0
BT B3.1.SB
1.0250
0.0
0.0
66.000
-2.582 (SB)
0.705
0.0
BT B3.2.PS
1.0250
0.0
0.0
66.003
8.155 (PS)
0.746
0.0
BT 3.2.SB
1.0250
0.0
0.0
66.003
-8.155 (SB)
0.746
0.0
BT B4.1.PS
1.0250
0.0
0.0
78.960
2.582 (PS)
0.705
0.0
BT B4.1.SB
1.0250
0.0
0.0
78.960
-2.582 (SB)
0.705
0.0
BT B4.2.PS
1.0250
0.0
0.0
78.960
8.157 (PS)
0.746
0.0
BT B4.2.SB
1.0250
0.0
0.0
78.960
-8.157 (SB)
0.746
0.0
BT B5.1.PS
1.0250
0.0
0.0
92.280
2.582 (PS)
0.705
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
9
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
BT B5.1.SB
1.0250
0.0
0.0
92.280
-2.582 (SB)
0.705
0.0
BT B5.2.PS
1.0250
0.0
0.0
92.174
8.098 (PS)
0.747
0.0
BT B5.2.SB
1.0250
0.0
0.0
92.174
-8.098 (SB)
0.747
0.0
BT B6.1PS
1.0250
0.0
0.0
105.600
2.582 (PS)
0.705
0.0
BT B6.1.SB
1.0250
0.0
0.0
105.600
-2.582 (SB)
0.705
0.0
BT B6.2.PS
1.0250
0.0
0.0
104.418
7.122 (PS)
0.766
0.0
BT B6.2.SB
1.0250
0.0
0.0
104.418
-7.122 (SB)
0.766
0.0
BT B7.PS
1.0250
0.0
0.0
115.126
2.862 (PS)
0.736
0.0
BT B7.SB
1.0250
0.0
0.0
115.126
-2.862 (SB)
0.736
0.0
BT B8.PS
1.0250
0.0
0.0
121.245
1.957 (PS)
0.741
0.0
BT B8.SB
1.0250
0.0
0.0
121.245
-1.957 (SB)
0.741
0.0
BT S0.PS
1.0250
0.0
0.0
32.282
8.654 (PS)
5.214
0.0
BT S0.SB
1.0250
0.0
0.0
32.282
-8.654 (SB)
5.214
0.0
BT S2.PS
1.0250
0.0
0.0
53.447
11.288 (PS)
5.566
0.0
BT S2.SB
1.0250
0.0
0.0
53.447
-11.288 (SB)
5.566
0.0
BT S3.PS
1.0250
0.0
0.0
66.004
11.391 (PS)
5.410
0.0
BT S3.SB
1.0250
0.0
0.0
66.004
-11.391 (SB)
5.410
0.0
BT S4.PS
1.0250
0.0
0.0
78.960
11.392 (PS)
5.409
0.0
BT S4.SB
1.0250
0.0
0.0
78.960
-11.392 (SB)
5.409
0.0
BT S5.PS
1.0250
0.0
0.0
92.050
11.354 (PS)
5.442
0.0
BT S5.SB
1.0250
0.0
0.0
92.050
-11.354 (SB)
5.442
0.0
BT H1.PS
1.0250
0.0
0.0
39.585
9.103 (PS)
5.032
0.0
BT H1.SB
1.0250
0.0
0.0
39.585
-9.103 (SB)
5.032
0.0
BT H2.PS
1.0250
0.0
0.0
53.040
9.073 (PS)
2.720
0.0
BT H2.SB
1.0250
0.0
0.0
53.040
-9.073 (SB)
2.720
0.0
BT H3.PS
1.0250
0.0
0.0
66.000
9.073 (PS)
2.720
0.0
BT H3.SB
1.0250
0.0
0.0
66.000
-9.073 (SB)
2.720
0.0
BT H4.PS
1.0250
0.0
0.0
78.960
9.073 (PS)
2.719
0.0
BT H4.SB
1.0250
0.0
0.0
78.960
-9.073 (SB)
2.719
0.0
BT H5.PS
1.0250
0.0
0.0
92.280
9.073 (PS)
2.720
0.0
BT H5.SB
1.0250
0.0
0.0
92.280
-9.073 (SB)
2.720
0.0
BT H6.PS
1.0250
0.0
0.0
105.915
8.603 (PS)
4.996
0.0
BT H6.SB
1.0250
0.0
0.0
105.915
-8.603 (SB)
4.996
0.0
BT H7.PS
1.0250
0.0
0.0
115.030
6.095 (PS)
5.317
0.0
BT H7.SB
1.0250
0.0
0.0
115.030
-6.095 (SB)
5.317
0.0
BT FP
1.0250
0.0
0.0
139.592
0.000 (CL)
6.087
0.0
0.0
0.000
0.000 (CL)
0.000
0.0
Totals for Ballast
Lightship
6010.0
64.939
0.000 (CL)
7.431
Deadweight
14280.0
73.494
0.000 (CL)
8.362
0.0
Displacement
20290.0
70.960
0.000 (CL)
8.087
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
10
Intact stability
Stability booklet
Righting levers
Heeling angle
Draft
Trim
Displacement
KN sin(ø)
VCG sin(ø)
GG' sin(ø)
TCG cos(ø)
GZ
Area
(Degr.)
(m)
(m)
(tonnes)
(m)
(m)
(m)
(m)
(m)
(mrad)
0.0º (CL)
8.280
0.000
20290.0
0.000
0.000
0.000
0.000
0.000
0.000
2.5º (PS)
8.278
0.008
20290.0
0.445
0.353
0.000
0.000
0.092
0.002
5.0º (PS)
8.271
0.033
20290.0
0.891
0.705
0.000
0.000
0.186
0.008
10.0º (PS)
8.242
0.139
20290.0
1.791
1.404
0.000
0.000
0.386
0.033
15.0º (PS)
8.190
0.334
20289.9
2.710
2.093
0.000
0.000
0.617
0.076
20.0º (PS)
8.126
0.668
20290.0
3.638
2.766
0.000
0.000
0.873
0.142
25.0º (PS)
8.109
1.074
20290.0
4.490
3.418
0.000
0.000
1.072
0.227
30.0º (PS)
8.097
1.526
20289.9
5.321
4.043
0.000
0.000
1.278
0.329
35.0º (PS)
8.057
2.001
20290.0
6.141
4.638
0.000
0.000
1.503
0.450
40.0º (PS)
8.032
2.453
20290.1
6.843
5.198
0.000
0.000
1.645
0.589
45.0º (PS)
8.029
2.914
20290.2
7.396
5.718
0.000
0.000
1.678
0.734
50.0º (PS)
8.041
3.446
20290.1
7.815
6.195
0.000
0.000
1.620
0.879
55.0º (PS)
8.061
4.138
20290.0
8.125
6.624
0.000
0.000
1.501
1.015
60.0º (PS)
8.088
5.099
20290.0
8.343
7.003
0.000
0.000
1.340
1.140
65.0º (PS)
8.103
6.612
20290.1
8.499
7.329
0.000
0.000
1.170
1.249
70.0º (PS)
8.063
9.315
20290.0
8.632
7.599
0.000
0.000
1.033
1.345
75.0º (PS)
7.956
14.121
20290.0
8.715
7.811
0.000
0.000
0.903
1.429
80.0º (PS)
7.753
23.747
20290.1
8.714
7.964
0.000
0.000
0.750
1.502
85.0º (PS)
7.161
52.711
20290.0
8.631
8.056
0.000
0.000
0.575
1.560
90.0º (PS)
0.000
29031.777
20290.0
8.472
8.087
0.000
0.000
0.386
1.602
95.0º (PS)
9.513
-63.571
20290.0
8.245
8.056
0.000
0.000
0.189
1.627
100.0º (PS)
8.921
-34.617
20290.1
7.957
7.964
0.000
0.000
-0.007
1.635
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
11
Intact stability
Stability booklet
Stability curve
IMO MSC.267(85) - Minimum design criteria applicable to all ships
2.0
1.8
Angle of max GZ=44.1º
1.6
1.4
Downflooding angle=58.0º
1.2
Righting lever (m)
1.0
No FSC
0.8
Area B=0.845
0.6
GM=2.110
Constant FSC
0.4
Max. GZ at 30º or greater=1.679
0.2
Steady wind lever
Gust equilibrium=1.1º
Wind gust lever
Angle of heel under action of steady wind=0.7º
0.0
-0.2
Area A=0.141
-0.4
-0.6
-0.8
Rollback angle=-19.1º
-20
-10
0
10
20
30
40
50
60
70
80
90
100
Heeling angle (°)
Critical points
Description
Type
X coordinate
Y coordinate Z coordinate
Dist. to wl
Submersion angle
(m)
(m)
(m)
(m)
(Degr.)
0.000 (CL)
6.620
-1.660
0.0 (CL)
Main propeller
Marker
1.750
Bowthruster
Marker
136.120
0.000 (CL)
2.780
-5.500
0.0 (CL)
<>
Downflooding
7.000
8.000 (PS)
18.750
10.470
58.0 (PS)
Evaluation of criteria
IMO MSC.267(85) - Minimum design criteria applicable to all ships
International Code on Intact Stability (2008), Part A, §2.2 - §2.3
Description
Attained value
Area 0º - 30º
Area 0º - 40º
Area 30º - 40º
Max. GZ at 30º or greater
0.3290
0.5887
0.2597
1.679
(mrad)
(mrad)
(mrad)
(m)
Lower angle
30.0 (Degr.)
Upper angle
90.0 (Degr.)
Angle of max GZ
Initial metacentric height
Severe wind and rolling criterion (weather criterion)
Wind silhouette:
44.1 (Degr.)
2.110 (m)
>=
>=
>=
>=
>=
>=
Required value
0.0550
0.0900
0.0300
0.200
Complies
(mrad)
(mrad)
(mrad)
(m)
YES
YES
YES
YES
25.0 (Degr.)
0.150 (m)
YES
YES
YES
Homogenous cargo
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
Criterion
12
Intact stability
Stability booklet
Evaluation of criteria
Windspeed
50.54 (kn.)
51.4 (kg/m2)
Wind pressure
1129.26 (m2)
Wind area
Steady wind lever
0.026 (m)
Deck immersion angle
17.17 (Degr.)
Wind gust lever
0.039 (m)
Ratio of areaA/areaB
0.167
Maximum allowed static heeling angle
0.7 (Degr.)
Max allowed ratio static angle/deck immersion angle
0.041
<=
<=
<=
1.000
16.0 (Degr.)
0.800
YES
YES
YES
The condition complies with the stability criteria
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
13
Intact stability
Stability booklet
Bending moment and shearforce calculation
200
175
150
125
100
75
25
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
Weight
Sectional areas
0
195 200 205
Load
-25
Weight (tonnes/m)
50
-50
-75
-100
-125
-150
-175
-200
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Shear force
11000
10000
9000
8000
7000
6000
5000
4000
2000
1000
Shear force
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
0
195 200 205
-1000
-2000
Shear force (tonnes)
3000
-3000
-4000
-5000
-6000
-7000
-8000
-9000
-10000
-11000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
14
Intact stability
Stability booklet
Bending moment
50000
40000
30000
10000
Bending moment
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-10000
Bending moment (t*m)
20000
-20000
-30000
-40000
-50000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Deflection
12
11
10
9
8
7
6
5
4
2
1
Deflection
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
0
195 200 205
-1
-2
Deflection (mm)
3
-3
-4
-5
-6
-7
-8
-9
-10
-11
-12
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Summary
Mean moulded draft
8.280 (m)
Displacement
20290.0 (tonnes)
Minimum shearforce
-511.27 (tonnes)
Maximum shearforce
GM
0.000 (m)
2.110 (m)
5.7% Distance from app
30.000 (m)
6.6% Distance from app
124.320 (m)
Maximum sagging moment
-9323.58 (t*m)
22.1% Distance from app
79.600 (m)
Maximum hogging moment
2960.08 (t*m)
13.3% Distance from app
19.200 (m)
-12.0 (mm)
Distance from app
76.000 (m)
Max. deflection
335.50 (tonnes)
Trim
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
15
Intact stability
Stability booklet
Summary
The condition complies with the longitudinal strength criteria
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
16
Intact stability
Stability booklet
Weightlist
Description
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
Forward
(m)
FOT 1 C
148.5
32.160
0.000 (CL)
8.014
30.000
34.320
FOT 1 PS
211.8
32.160
5.508 (PS)
7.423
30.000
34.320
Cargo Hold 1
916.3
37.560
0.000 (CL)
8.903
34.320
40.800
FOT 1 SB
211.8
32.160
-5.508 (SB)
7.423
30.000
34.320
FOT Day
50.3
32.160
0.000 (CL)
2.720
30.000
34.320
FOT 2 PS
201.8
121.245
2.263 (PS)
7.654
118.560
124.320
FOT 2 SB
201.8
121.245
-2.263 (SB)
7.654
118.560
124.320
ERT1 PS
34.8
23.976
1.271 (PS)
0.719
17.760
30.000
ERT1 SB
34.8
23.976
-1.271 (SB)
0.719
17.760
30.000
ERT2 PS
22.2
25.286
3.658 (PS)
0.854
17.760
30.000
ERT2 SB
22.2
25.286
-3.658 (SB)
0.854
17.760
30.000
Cargo Hold 2
9787.0
69.960
0.000 (CL)
8.347
40.800
99.120
Cargo Hold 3
1029.9
102.360
0.000 (CL)
8.515
99.120
105.600
Cargo Hold 4
740.2
108.842
0.000 (CL)
8.669
105.600
112.080
Cargo Hold 5
626.6
115.320
0.000 (CL)
9.267
112.080
118.560
Forecastle
40.0
134.570
0.000 (CL)
13.500
129.360
145.000
Aftercastle
170.0
4.390
0.000 (CL)
13.500
-5.000
13.440
Superstructure
180.0
9.720
0.000 (CL)
23.000
5.400
13.440
Engine
280.0
21.660
0.000 (CL)
4.660
17.560
25.760
Other machinery in ER
410.0
21.660
0.000 (CL)
5.000
12.000
30.000
Hatch covers
670.0
76.600
0.000 (CL)
14.600
34.044
118.180
Aft equipment
20.0
0.000
0.000 (CL)
15.200
-5.000
5.400
Fore equipment
90.0
136.250
0.000 (CL)
15.200
129.360
141.083
Ship Systems
150.0
86.100
0.000 (CL)
7.950
-5.000
145.000
Electrical systems
120.0
86.100
0.000 (CL)
7.950
-5.000
145.000
hull 1
435.6
16.777
0.000 (CL)
4.800
-5.000
30.000
hull 2
378.3
37.862
0.000 (CL)
4.800
30.000
45.000
hull 3
465.5
52.674
0.000 (CL)
4.800
45.000
60.000
hull 4
995.6
75.000
0.000 (CL)
4.800
60.000
90.000
hull 5
485.4
97.436
0.000 (CL)
4.800
90.000
105.000
hull 6
502.5
114.150
0.000 (CL)
4.800
105.000
125.000
hull 7
187.2
131.667
0.000 (CL)
4.800
125.000
145.000
Reserve
430.0
70.960
0.000 (CL)
9.703
-5.000
145.000
40.0
9.720
0.000 (CL)
23.000
5.400
13.440
crew
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
17
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
-5.000
17.6
0.0
17.6
0.00
0.0
0.0
0.0
0.0
-4.000
18.1
0.0
18.1
17.99
1.2
13.6
1.5
-0.2
-3.000
18.7
0.3
18.3
36.17
2.2
36.1
2.0
-0.3
-2.000
19.2
1.3
17.9
54.32
2.9
80.9
3.0
-0.5
-1.000
19.8
2.6
17.1
71.83
3.4
144.2
4.0
-0.6
0.000
20.3
4.1
16.2
88.53
3.8
224.0
5.0
-0.8
1.000
20.9
5.8
15.1
104.14
4.1
320.6
6.0
-1.0
2.000
21.4
7.6
13.8
118.62
4.3
431.6
6.9
-1.1
3.000
22.0
9.5
12.4
131.74
4.4
557.0
7.8
-1.3
4.000
22.5
13.5
9.1
142.66
4.5
694.1
8.7
-1.4
5.000
23.1
19.0
4.1
149.32
4.4
840.4
9.4
-1.6
6.000
44.1
27.4
16.7
161.60
4.4
993.9
10.1
-1.8
7.000
46.2
33.4
12.8
176.26
4.6
1163.3
10.9
-1.9
8.000
48.3
39.2
9.1
187.29
4.6
1344.9
11.6
-2.1
9.000
50.5
45.0
5.4
194.48
4.5
1536.1
12.3
-2.2
10.000
52.6
50.8
1.8
198.15
4.4
1732.4
13.0
-2.4
11.000
54.7
56.5
-1.8
198.07
4.2
1930.7
13.5
-2.6
12.000
56.8
62.1
-5.3
194.58
3.9
2127.2
14.0
-2.7
13.000
77.3
67.7
9.6
205.53
4.0
2327.5
14.5
-2.9
14.000
35.8
73.2
-37.4
189.28
3.5
2530.2
14.9
-3.1
15.000
36.9
78.6
-41.7
149.64
2.7
2699.0
15.1
-3.3
16.000
38.0
84.0
-46.0
105.85
1.8
2827.8
15.1
-3.4
17.000
39.1
89.4
-50.3
57.61
1.0
2908.7
14.8
-3.6
18.000
81.0
94.7
-13.7
21.92
0.3
2944.9
14.4
-3.8
19.000
82.6
99.9
-17.3
6.36
0.1
2958.8
13.8
-4.0
20.000
84.1
104.9
-20.8
-12.63
0.2
2956.2
13.3
-4.2
21.000
85.7
109.8
-24.2
-35.21
0.5
2931.9
12.7
-4.3
22.000
87.2
114.6
-27.4
-60.94
0.9
2884.4
12.0
-4.5
23.000
88.7
119.2
-30.4
-89.93
1.2
2808.5
11.3
-4.7
24.000
90.3
123.6
-33.3
-121.76
1.6
2703.3
10.5
-4.9
25.000
91.8
127.9
-36.0
-156.50
2.0
2563.5
9.6
-5.1
26.000
59.2
132.0
-72.7
-201.97
2.6
2388.2
8.6
-5.3
27.000
60.8
135.9
-75.1
-275.97
3.5
2147.8
7.5
-5.5
28.000
62.3
139.7
-77.4
-352.21
4.3
1835.2
6.2
-5.7
29.000
63.9
143.4
-79.6
-430.74
5.2
1442.2
4.8
-5.9
30.000
65.4
147.0
-81.6
-511.27
6.1
972.8
3.1
-6.1
31.000
170.1
150.5
19.7
-490.19
5.7
472.6
1.5
-6.3
32.000
170.6
153.8
16.8
-471.91
5.4
-8.8
0.0
-6.5
33.000
171.1
157.1
14.0
-456.54
5.1
-472.7
1.8
-6.7
34.000
171.7
160.3
11.4
-443.79
4.9
-923.0
3.4
-6.9
35.000
177.2
163.4
13.8
-428.23
4.7
-1358.6
4.8
-7.1
36.000
177.7
166.4
11.3
-415.61
4.4
-1780.7
6.2
-7.3
37.000
178.2
169.3
8.9
-405.52
4.3
-2191.0
7.4
-7.5
38.000
178.7
172.1
6.6
-397.69
4.1
-2592.8
8.6
-7.7
39.000
179.2
174.8
4.4
-392.22
4.0
-2987.6
9.7
-7.9
40.000
179.7
177.4
2.3
-388.83
3.9
-3378.2
10.7
-8.1
41.000
207.0
180.0
27.0
-382.25
3.8
-3765.3
11.7
-8.3
42.000
207.4
182.4
24.9
-356.25
3.5
-4135.1
12.5
-8.5
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
(mm)
18
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
43.000
207.8
184.8
23.0
-332.31
3.2
-4478.9
13.3
-8.7
44.000
208.2
187.0
21.2
-310.18
3.0
-4800.6
14.0
-8.8
45.000
208.7
189.2
19.5
-289.87
2.8
-5100.7
14.5
-9.0
46.000
208.9
191.3
17.6
-271.34
2.6
-5381.3
15.0
-9.2
47.000
209.3
193.2
16.1
-254.56
2.4
-5643.9
15.5
-9.4
48.000
209.6
195.1
14.5
-239.25
2.2
-5891.2
15.8
-9.5
49.000
209.9
196.8
13.1
-225.46
2.1
-6123.3
16.2
-9.7
50.000
210.2
198.4
11.8
-212.96
1.9
-6342.8
16.4
-9.8
51.000
210.5
199.8
10.7
-201.73
1.8
-6550.0
16.7
-10.0
52.000
210.8
201.2
9.7
-191.54
1.7
-6746.9
16.9
-10.1
53.000
211.1
202.4
8.8
-182.34
1.6
-6933.7
17.0
-10.3
54.000
211.5
203.4
8.1
-173.91
1.5
-7112.1
17.2
-10.4
55.000
211.8
204.3
7.5
-166.13
1.4
-7282.1
17.3
-10.6
56.000
212.1
205.0
7.1
-158.83
1.4
-7444.8
17.7
-10.7
57.000
212.4
205.6
6.8
-151.88
1.3
-7600.2
18.1
-10.8
58.000
212.7
206.0
6.7
-145.12
1.3
-7748.9
18.4
-10.9
59.000
213.0
206.3
6.7
-138.45
1.2
-7890.7
18.7
-11.0
60.000
213.3
206.6
6.8
-131.74
1.1
-8026.1
19.1
-11.1
61.000
213.4
206.7
6.6
-125.05
1.1
-8154.5
19.4
-11.2
62.000
213.4
206.8
6.6
-118.43
1.0
-8276.5
19.7
-11.3
63.000
213.4
206.8
6.6
-111.84
1.0
-8391.7
19.9
-11.4
64.000
213.4
206.8
6.6
-105.23
0.9
-8500.5
20.2
-11.5
65.000
213.5
206.8
6.6
-98.60
0.9
-8602.4
20.4
-11.6
66.000
213.5
206.8
6.7
-91.95
0.8
-8698.0
20.7
-11.7
67.000
213.5
206.8
6.7
-85.27
0.7
-8786.6
20.9
-11.7
68.000
213.5
206.8
6.7
-78.57
0.7
-8868.8
21.1
-11.8
69.000
213.6
206.8
6.7
-71.84
0.6
-8944.0
21.2
-11.8
70.000
213.6
206.8
6.8
-65.09
0.6
-9012.8
21.4
-11.9
71.000
213.6
206.8
6.8
-58.31
0.5
-9074.5
21.6
-11.9
72.000
213.6
206.8
6.8
-51.51
0.4
-9129.7
21.7
-11.9
73.000
213.7
206.8
6.8
-44.68
0.4
-9177.8
21.8
-12.0
74.000
213.7
206.8
6.9
-37.83
0.3
-9219.3
21.9
-12.0
75.000
213.7
206.8
6.9
-30.95
0.3
-9253.7
22.0
-12.0
76.000
213.7
206.8
6.9
-24.05
0.2
-9281.5
22.0
-12.0
77.000
213.8
206.8
6.9
-17.12
0.1
-9302.1
22.1
-12.0
78.000
213.8
206.8
7.0
-10.17
0.1
-9316.0
22.1
-12.0
79.000
213.8
206.8
7.0
-3.20
0.0
-9322.7
22.1
-12.0
80.000
213.8
206.8
7.0
3.80
0.0
-9322.7
22.1
-11.9
81.000
213.9
206.8
7.0
10.83
0.1
-9315.4
22.1
-11.9
82.000
213.9
206.8
7.1
17.88
0.2
-9301.3
22.1
-11.9
83.000
213.9
206.8
7.1
24.95
0.2
-9279.9
22.0
-11.8
84.000
213.9
206.8
7.1
32.05
0.3
-9251.7
22.0
-11.8
85.000
214.0
206.8
7.1
39.18
0.3
-9216.1
21.9
-11.7
86.000
214.0
206.8
7.2
46.33
0.4
-9173.6
21.8
-11.7
87.000
214.0
206.8
7.2
53.50
0.5
-9123.7
21.7
-11.6
88.000
214.0
206.8
7.2
60.70
0.5
-9066.9
21.5
-11.5
89.000
214.1
206.8
7.2
67.92
0.6
-9002.6
21.4
-11.4
90.000
214.1
206.8
7.3
75.17
0.7
-8931.3
21.2
-11.3
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
19
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
91.000
214.0
206.8
7.2
82.39
0.7
-8852.5
21.0
-11.2
92.000
213.9
206.7
7.2
89.59
0.8
-8766.8
20.8
-11.1
93.000
213.8
206.4
7.4
96.89
0.9
-8673.6
20.8
-11.0
94.000
213.7
205.9
7.9
104.51
1.0
-8573.2
21.0
-10.9
95.000
213.6
205.0
8.6
112.76
1.0
-8464.6
21.1
-10.8
96.000
213.6
203.8
9.8
121.92
1.1
-8347.7
21.2
-10.6
97.000
213.5
202.2
11.3
132.46
1.2
-8220.5
21.4
-10.5
98.000
213.4
200.2
13.2
144.64
1.3
-8082.5
21.4
-10.4
99.000
213.3
197.8
15.6
159.02
1.5
-7930.8
21.5
-10.2
100.000
204.3
194.9
9.4
168.04
1.6
-7767.3
21.5
-10.1
101.000
204.2
191.8
12.5
178.99
1.7
-7594.0
21.5
-9.9
102.000
204.1
188.3
15.8
193.05
1.9
-7408.6
21.5
-9.8
103.000
204.1
184.6
19.5
210.75
2.1
-7206.8
21.4
-9.6
104.000
204.0
180.6
23.3
232.05
2.4
-6986.2
21.2
-9.4
105.000
203.9
176.5
27.4
257.40
2.7
-6741.9
21.0
-9.2
106.000
158.6
172.1
-13.5
268.23
2.9
-6474.1
20.7
-9.0
107.000
158.0
167.6
-9.6
256.73
2.9
-6212.3
20.4
-8.9
108.000
157.4
163.0
-5.6
249.04
2.9
-5959.6
20.1
-8.7
109.000
156.8
158.2
-1.4
245.62
2.9
-5712.8
19.8
-8.5
110.000
156.2
153.3
2.9
246.27
3.0
-5467.3
19.5
-8.3
111.000
155.5
148.3
7.3
251.43
3.2
-5218.8
19.1
-8.1
112.000
154.9
143.2
11.8
260.85
3.4
-4963.3
18.8
-7.8
113.000
136.7
138.0
-1.3
258.78
3.5
-4703.4
18.3
-7.6
114.000
136.1
132.8
3.3
259.70
3.6
-4444.7
17.9
-7.4
115.000
135.5
127.5
8.0
265.45
3.8
-4182.5
17.4
-7.2
116.000
134.9
122.2
12.7
275.68
4.1
-3912.6
16.8
-7.0
117.000
134.2
116.9
17.3
290.78
4.5
-3629.5
16.2
-6.7
118.000
133.6
111.6
22.0
310.36
5.0
-3329.8
15.4
-6.5
119.000
110.2
106.4
3.8
321.99
5.4
-3011.8
14.4
-6.3
120.000
104.6
101.2
3.5
325.65
5.7
-2688.1
13.4
-6.0
121.000
99.1
96.0
3.0
328.87
6.0
-2360.9
12.3
-5.8
122.000
93.5
91.0
2.5
331.62
6.3
-2030.8
11.0
-5.6
123.000
87.9
86.1
1.8
333.75
6.7
-1698.2
9.6
-5.3
124.000
82.3
81.3
1.0
335.21
7.0
-1363.8
8.1
-5.1
125.000
24.3
76.6
-52.3
299.01
6.6
-1041.0
6.5
-4.9
126.000
23.4
72.0
-48.6
248.55
5.8
-767.6
5.0
-4.6
127.000
22.5
67.6
-45.1
201.76
4.9
-543.8
3.8
-4.4
128.000
21.6
63.2
-41.6
158.33
4.1
-363.3
2.7
-4.1
129.000
20.6
58.9
-38.3
118.44
3.3
-226.1
1.8
-3.9
130.000
28.7
54.7
-26.0
87.44
2.6
-123.8
1.0
-3.6
131.000
28.1
50.6
-22.5
63.26
2.0
-49.3
0.4
-3.4
132.000
27.6
46.6
-19.0
42.45
1.4
3.5
0.0
-3.2
133.000
27.0
42.6
-15.6
25.21
0.9
36.6
0.3
-2.9
134.000
26.5
38.8
-12.3
11.19
0.4
54.7
0.5
-2.7
135.000
25.9
34.9
-9.0
0.61
0.0
60.1
0.6
-2.4
136.000
25.4
31.2
-5.9
-6.89
0.3
56.7
0.6
-2.2
137.000
24.8
27.6
-2.8
-11.17
0.6
47.2
0.6
-1.9
138.000
24.2
24.2
0.1
-12.58
0.8
35.0
0.5
-1.7
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
20
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
139.000
23.7
20.9
2.8
-11.04
0.8
22.9
0.4
-1.5
140.000
23.1
17.7
5.4
-6.96
0.6
13.5
0.3
-1.2
141.000
22.6
14.7
7.9
-0.28
0.0
9.6
0.2
-1.0
142.000
9.7
11.8
-2.1
-2.25
0.3
8.5
0.3
-0.7
143.000
8.4
8.8
-0.4
-3.44
0.7
5.3
0.3
-0.5
144.000
7.2
5.7
1.5
-2.93
1.3
1.9
0.2
-0.2
145.000
5.9
0.0
5.9
0.00
0.0
0.0
0.0
0.0
145.001
0.0
0.0
0.0
0.00
0.0
0.0
0.0
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
21
Intact stability
Stability booklet
Homogenous cargo - Arrival
1116 TEU - Multipurpose
Designer
Nemanja Surbatovic
Created by
Nemanja Surbatovic
Comment
Filename
Nemanja Surbatovic Final.fbm
Design length
145.00 (m)
Midship location
72.500 (m)
Length over all
150.00 (m)
Relative water density
1.0250
Design beam
24.840 (m)
Mean shell thickness
0.0130 (m)
Maximum beam
24.840 (m)
Appendage coefficient
1.0000
Design draft
8.280 (m)
Calculation settings
Center of gravity of tanks containing liquids
:
Actual COG
Homogenous cargo
-5
0
0
5
10
15
10
20
25
30
20
35
40
45
30
50
55
60
40
65
70
75
50
80
85
90
60
95
100
105
70
110
115
120
125
80
130
90
135
140
145
100
150
155
110
160
165
170
120
175
180
185
130
190
195
200
205
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
22
Intact stability
Stability booklet
FOT 1 C Cargo Hold 1
BT AP.PS
Cargo Hold 2
Cargo Hold 3
FOT 2 PS
Cargo Hold 4
Cargo Hold 5
BT AP.PS
BT AP.SB
BT FP
FOT 1 C
FOT 1 SB
FOT 1 PS
BT S0.SB
BT S0.PS
FOT Day
ERT1 PS
-5
0
5
10
15
20
25
30
35
40
45
BT B0.PS
50
55
Cargo Hold 1
BT H1.PS
BT H1.SB
FOT Day
BT B1.1.PS
60
65
70
BT B2.1.PS
75
80
85
BT B3.1.PS
90
95
100
105
BT B4.1.PS
110
115
120
BT B5.1.PS
125
130
135
140
BT B6.1PS
145
150
155
160
BT B7.PS BT B8.PS
165
170
175
180
185
190
195
200
205
0.000 (CL)
PS
#8
ERT1 PS
ERT1 SB
#38PS
ERT2
ERT2 SB
SB PS
BT B0.PS BT B0.SB
SB PS
#48
BT B1.1.PS BT B1.2.SB
BT B1.2.PS
BT B1.1.SB
SB PS
#57
SB
FOT 1 PS
FOT 2 PS
FOT 1 C Cargo Hold 1
Cargo Hold 2
Cargo Hold 3
Cargo Hold 5
Cargo Hold 4
FOT 2 SB
10.000
FOT 1 SB
Cargo Hold 2
Cargo Hold 2
BT S2.PS
BT S2.SB BT S3.PS
BT H2.PS
BT S2.PS
BT S0.PS
BT S3.PS
BT S4.PS
BT B2.1.PS
BT B2.2.SB
BT B2.2.PS
BT B2.1.SB
BT S5.PS
BT H1.PS
BT H2.SB
BT H6.PS
PS
#77
SB PS
Cargo Hold 2
BT S3.SB BT S4.PS
BT H3.PS
BT H3.SB
BT B3.1.PS
BT 3.2.SB
BT B3.2.PS
BT B3.1.SB
#95
SB PS
Cargo Hold 2
BT S4.SB BT S5.PS
BT H4.PS
BT H4.SB
BT B4.1.PS
BT B4.2.SB
BT B4.2.PS
BT B4.1.SB
#113
BT S5.SB
BT H5.PS
BT H5.SB
BT B5.1.PS BT B5.2.SB
BT B5.2.PS
BT B5.1.SB
SB PS
#131
SB
BT H7.PS
FOT 1 PS
BT AP.PS
FOT 2 PS
FOT 1 C Cargo Hold 1
Cargo Hold 2
Cargo Hold 3
Cargo Hold 5
Cargo Hold 4
FOT 2 SB
BT AP.SB
BT FP 8.300
FOT 1 SB
BT H7.SB
BT S0.SB
BT H6.SB
BT H1.SB
BT S2.SB
BT S3.SB
BT S4.SB
BT S5.SB
BT S3.PS
BT S4.PS
BT S5.PS
BT H3.PS
BT H4.PS
Cargo Hold 5
Cargo Hold 4
BT S2.PS
BT S0.PS
BT H1.PS
BT H2.PS
BT H5.PS
BT H6.PS
BT B6.2.SB
BT B6.1PS
BT B6.2.PS
BT B6.1.SB
BT H7.PS
FOT 1 PS
PS
FOT Day Cargo Hold 1
FOT 2 PS
Cargo Hold 3
Cargo Hold 5
Cargo Hold 4
FOT 2 SB
Cargo Hold 2
BT H6.SB
BT H7.PS
BT H7.SB
FOT 2 PS
FOT 2 SB
BT FP
BT H6.PS
FOT 1 SB
#151
SB PS
BT B7.PS
BT B8.PS
BT B8.SB
BT B7.SB
#163
SB PS
#171
SB PS
#199
SB
BT FP 2.500
Cargo
BT H7.SB
Fuel
BT S0.SB
BT H1.SB
BT H2.SB
BT H5.SB
BT H6.SB
BT H3.SB
BT H4.SB
BT S3.SB
BT S4.SB
BT S5.SB
BT B2.2.PS
BT B3.2.PS
BT B4.2.PS
BT B5.2.PS
BT B1.1.PS
BT B2.1.PS
BT B3.1.PS
BT B4.1.PS
BT B5.1.PS
BT B6.1PS
BT B7.PS
BT B1.1.SB
BT B2.1.SB
BT B3.1.SB
BT B4.1.SB
BT B5.1.SB
BT B6.1.SB
BT B7.SB
BT B2.2.SB
BT 3.2.SB
BT B4.2.SB
BT B5.2.SB
BT S2.SB
Other Stores
Ballast
BT B1.2.PS
ERT2 PS
BT B0.PS
BT B6.2.PS
ERT1 PS
ERT2 SB
BT B8.PS
0.700
ERT1 SB
BT B0.SB
BT B1.2.SB
BT B8.SB
BT B6.2.SB
Hydrostatic particulars
List
GG'
0.004 (m)
Draft aft pp
0.0 (CL) (Degr.)
7.890 (m)
VCG'
8.146 (m)
Mean moulded draft
7.925 (m)
Max VCG'
10.015 (m)
Draft forward pp
7.960 (m)
GM solid
2.022 (m)
Trim
0.070 (m)
G'M liquid
KM
10.165 (m)
VCG
8.142 (m)
2.019 (m)
Immersion rate
MCT
28.444 (t/cm)
232.8 (t*m/cm)
Summary
Description
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000
23.000
0.0
13100.4
74.607
0.000
8.462
102.6
32.160
0.000
4.104
41.4
11.4
25.547
0.000
0.137
34.3
0.0
0.000
0.000
0.000
0.0
6010.0
64.939
0.000 (CL)
7.431
Deadweight
13254.4
74.041
0.000 (CL)
8.465
75.6
Displacement
19264.4
71.201
0.000 (CL)
8.142
75.6
Crew
Cargo
Fuel
Other Stores
Ballast
Lightship
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
23
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000 (CL)
23.000
0.0
Crew
crew
Cargo
Cargo Hold 1
0.6382
100.0
916.5
37.560
0.000 (CL)
8.904
0.0
Cargo Hold 2
0.6382
100.0
9787.0
69.960
0.000 (CL)
8.347
0.0
Cargo Hold 3
0.6382
100.0
1029.9
102.360
0.000 (CL)
8.515
0.0
Cargo Hold 4
0.6382
100.0
740.2
108.842
0.000 (CL)
8.670
0.0
Cargo Hold 5
0.6382
100.0
626.7
115.320
0.000 (CL)
9.267
0.0
13100.4
74.607
0.000 (CL)
8.462
Totals for Cargo
Fuel
FOT 1 C
0.8901
35.2
52.3
32.160
0.000 (CL)
5.434
41.4
FOT 1 PS
0.8901
0.0
0.0
32.160
5.508 (PS)
7.423
0.0
FOT 1 SB
0.8901
0.0
0.0
32.160
-5.508 (SB)
7.423
0.0
FOT Day
0.8901
100.0
50.3
32.160
0.000 (CL)
2.720
0.0
FOT 2 PS
0.8901
0.0
0.0
121.245
2.263 (PS)
7.654
0.0
FOT 2 SB
0.8901
0.0
0.0
121.245
-2.263 (SB)
7.654
0.0
102.6
32.160
0.000 (CL)
4.104
41.4
Totals for Fuel
Other Stores
ERT1 PS
0.9002
10.0
3.5
24.535
1.151 (PS)
0.085
12.2
ERT1 SB
0.9002
10.0
3.5
24.535
-1.151 (SB)
0.085
12.2
ERT2 PS
0.9002
10.0
2.2
27.136
3.339 (PS)
0.218
4.9
ERT2 SB
0.9002
10.0
2.2
27.136
-3.339 (SB)
0.218
4.9
11.4
25.547
0.000 (CL)
0.137
34.3
Totals for Other Stores
Ballast
BT AP.PS
1.0250
0.0
0.0
6.605
2.737 (PS)
7.914
0.0
BT AP.SB
1.0250
0.0
0.0
6.605
-2.737 (SB)
7.914
0.0
BT B0.PS
1.0250
0.0
0.0
32.217
3.335 (PS)
0.763
0.0
BT B0.SB
1.0250
0.0
0.0
32.217
-3.335 (SB)
0.763
0.0
BT B1.1.PS
1.0250
0.0
0.0
40.442
2.581 (PS)
0.705
0.0
BT B1.1.SB
1.0250
0.0
0.0
40.442
-2.581 (SB)
0.705
0.0
BT B1.2.PS
1.0250
0.0
0.0
41.270
6.985 (PS)
0.814
0.0
BT B1.2.SB
1.0250
0.0
0.0
41.270
-6.985 (SB)
0.814
0.0
BT B2.1.PS
1.0250
0.0
0.0
53.040
2.582 (PS)
0.705
0.0
BT B2.1.SB
1.0250
0.0
0.0
53.040
-2.582 (SB)
0.705
0.0
BT B2.2.PS
1.0250
0.0
0.0
53.327
7.908 (PS)
0.756
0.0
BT B2.2.SB
1.0250
0.0
0.0
53.327
-7.908 (SB)
0.756
0.0
BT B3.1.PS
1.0250
0.0
0.0
66.000
2.582 (PS)
0.705
0.0
BT B3.1.SB
1.0250
0.0
0.0
66.000
-2.582 (SB)
0.705
0.0
BT B3.2.PS
1.0250
0.0
0.0
66.003
8.155 (PS)
0.746
0.0
BT 3.2.SB
1.0250
0.0
0.0
66.003
-8.155 (SB)
0.746
0.0
BT B4.1.PS
1.0250
0.0
0.0
78.960
2.582 (PS)
0.705
0.0
BT B4.1.SB
1.0250
0.0
0.0
78.960
-2.582 (SB)
0.705
0.0
BT B4.2.PS
1.0250
0.0
0.0
78.960
8.157 (PS)
0.746
0.0
BT B4.2.SB
1.0250
0.0
0.0
78.960
-8.157 (SB)
0.746
0.0
BT B5.1.PS
1.0250
0.0
0.0
92.280
2.582 (PS)
0.705
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
24
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
BT B5.1.SB
1.0250
0.0
0.0
92.280
-2.582 (SB)
0.705
0.0
BT B5.2.PS
1.0250
0.0
0.0
92.174
8.098 (PS)
0.747
0.0
BT B5.2.SB
1.0250
0.0
0.0
92.174
-8.098 (SB)
0.747
0.0
BT B6.1PS
1.0250
0.0
0.0
105.600
2.582 (PS)
0.705
0.0
BT B6.1.SB
1.0250
0.0
0.0
105.600
-2.582 (SB)
0.705
0.0
BT B6.2.PS
1.0250
0.0
0.0
104.418
7.122 (PS)
0.766
0.0
BT B6.2.SB
1.0250
0.0
0.0
104.418
-7.122 (SB)
0.766
0.0
BT B7.PS
1.0250
0.0
0.0
115.126
2.862 (PS)
0.736
0.0
BT B7.SB
1.0250
0.0
0.0
115.126
-2.862 (SB)
0.736
0.0
BT B8.PS
1.0250
0.0
0.0
121.245
1.957 (PS)
0.741
0.0
BT B8.SB
1.0250
0.0
0.0
121.245
-1.957 (SB)
0.741
0.0
BT S0.PS
1.0250
0.0
0.0
32.282
8.654 (PS)
5.214
0.0
BT S0.SB
1.0250
0.0
0.0
32.282
-8.654 (SB)
5.214
0.0
BT S2.PS
1.0250
0.0
0.0
53.447
11.288 (PS)
5.566
0.0
BT S2.SB
1.0250
0.0
0.0
53.447
-11.288 (SB)
5.566
0.0
BT S3.PS
1.0250
0.0
0.0
66.004
11.391 (PS)
5.410
0.0
BT S3.SB
1.0250
0.0
0.0
66.004
-11.391 (SB)
5.410
0.0
BT S4.PS
1.0250
0.0
0.0
78.960
11.392 (PS)
5.409
0.0
BT S4.SB
1.0250
0.0
0.0
78.960
-11.392 (SB)
5.409
0.0
BT S5.PS
1.0250
0.0
0.0
92.050
11.354 (PS)
5.442
0.0
BT S5.SB
1.0250
0.0
0.0
92.050
-11.354 (SB)
5.442
0.0
BT H1.PS
1.0250
0.0
0.0
39.585
9.103 (PS)
5.032
0.0
BT H1.SB
1.0250
0.0
0.0
39.585
-9.103 (SB)
5.032
0.0
BT H2.PS
1.0250
0.0
0.0
53.040
9.073 (PS)
2.720
0.0
BT H2.SB
1.0250
0.0
0.0
53.040
-9.073 (SB)
2.720
0.0
BT H3.PS
1.0250
0.0
0.0
66.000
9.073 (PS)
2.720
0.0
BT H3.SB
1.0250
0.0
0.0
66.000
-9.073 (SB)
2.720
0.0
BT H4.PS
1.0250
0.0
0.0
78.960
9.073 (PS)
2.719
0.0
BT H4.SB
1.0250
0.0
0.0
78.960
-9.073 (SB)
2.719
0.0
BT H5.PS
1.0250
0.0
0.0
92.280
9.073 (PS)
2.720
0.0
BT H5.SB
1.0250
0.0
0.0
92.280
-9.073 (SB)
2.720
0.0
BT H6.PS
1.0250
0.0
0.0
105.915
8.603 (PS)
4.996
0.0
BT H6.SB
1.0250
0.0
0.0
105.915
-8.603 (SB)
4.996
0.0
BT H7.PS
1.0250
0.0
0.0
115.030
6.095 (PS)
5.317
0.0
BT H7.SB
1.0250
0.0
0.0
115.030
-6.095 (SB)
5.317
0.0
BT FP
1.0250
0.0
0.0
139.592
0.000 (CL)
6.087
0.0
0.0
0.000
0.000 (CL)
0.000
0.0
Totals for Ballast
Lightship
6010.0
64.939
0.000 (CL)
7.431
Deadweight
13254.4
74.041
0.000 (CL)
8.465
75.6
Displacement
19264.4
71.201
0.000 (CL)
8.142
75.6
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
25
Intact stability
Stability booklet
Righting levers
Heeling angle
Draft
Trim
Displacement
KN sin(ø)
VCG sin(ø)
GG' sin(ø)
TCG cos(ø)
GZ
Area
(Degr.)
(m)
(m)
(tonnes)
(m)
(m)
(m)
(m)
(m)
(mrad)
0.0º (CL)
7.925
0.070
19264.2
0.000
0.000
0.000
0.000
0.000
0.000
2.5º (PS)
7.923
0.077
19264.2
0.444
0.355
0.000
0.000
0.088
0.002
5.0º (PS)
7.917
0.099
19264.4
0.888
0.710
0.000
0.000
0.178
0.008
10.0º (PS)
7.890
0.192
19264.4
1.785
1.414
0.001
0.000
0.371
0.032
15.0º (PS)
7.841
0.363
19264.4
2.701
2.107
0.001
0.000
0.593
0.073
20.0º (PS)
7.768
0.652
19264.4
3.649
2.785
0.001
0.000
0.863
0.137
25.0º (PS)
7.729
1.077
19264.4
4.532
3.441
0.001
0.000
1.090
0.222
30.0º (PS)
7.701
1.545
19264.3
5.371
4.071
0.002
0.000
1.298
0.326
35.0º (PS)
7.640
2.043
19264.4
6.191
4.670
0.002
0.000
1.519
0.449
40.0º (PS)
7.562
2.550
19264.4
6.914
5.234
0.002
0.000
1.678
0.590
45.0º (PS)
7.484
3.046
19264.4
7.478
5.757
0.003
0.000
1.718
0.739
50.0º (PS)
7.407
3.601
19264.4
7.900
6.237
0.003
0.000
1.659
0.887
55.0º (PS)
7.320
4.301
19264.4
8.206
6.670
0.004
0.000
1.532
1.026
60.0º (PS)
7.207
5.259
19264.4
8.414
7.051
0.004
0.000
1.359
1.153
65.0º (PS)
7.044
6.698
19264.3
8.547
7.379
0.005
0.000
1.162
1.263
70.0º (PS)
6.737
9.308
19264.3
8.662
7.651
0.006
0.000
1.005
1.357
75.0º (PS)
6.174
14.051
19264.5
8.732
7.865
0.006
0.000
0.861
1.438
80.0º (PS)
5.040
23.719
19264.4
8.725
8.019
0.007
0.000
0.700
1.507
85.0º (PS)
1.671
52.841
19264.4
8.634
8.111
0.007
0.000
0.516
1.560
90.0º (PS)
0.000
29189.368
19264.4
8.467
8.142
0.007
0.000
0.317
1.596
95.0º (PS)
15.061
-64.068
19264.4
8.230
8.111
0.008
0.000
0.111
1.615
100.0º (PS)
11.691
-34.943
19264.4
7.933
8.019
0.008
0.000
-0.093
1.618
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
26
Intact stability
Stability booklet
Stability curve
IMO MSC.267(85) - Minimum design criteria applicable to all ships
2.0
1.9
1.8
1.7
Angle of max GZ=44.3º
Righting lever (m)
1.6
1.5
1.4
1.3
1.2
Downflooding angle=60.1º
1.1
1.0
0.9
0.8
0.7
No FSC
Area B=0.849
0.6
0.5
0.4
0.3
0.2
GM=2.019
Max. GZ at 30º or greater=1.719
Constant FSC
0.1
0.0
-0.1
-0.2
-0.3
Steady wind lever
Gust equilibrium=1.2º
Wind gust lever
Angle of heel under action of steady wind=0.8º
Area A=0.127
-0.4
-0.5
-0.6
-0.7
-0.8
Rollback angle=-18.3º
-0.9
-20
-10
0
10
20
30
40
50
60
70
80
90
100
Heeling angle (°)
Critical points
Description
Type
X coordinate
Y coordinate Z coordinate
Dist. to wl
Submersion angle
(m)
(m)
(m)
(m)
(Degr.)
0.000 (CL)
6.620
-1.271
0.0 (CL)
Main propeller
Marker
1.750
Bowthruster
Marker
136.120
0.000 (CL)
2.780
-5.176
0.0 (CL)
<>
Downflooding
7.000
8.000 (PS)
18.750
10.856
60.1 (PS)
Evaluation of criteria
IMO MSC.267(85) - Minimum design criteria applicable to all ships
International Code on Intact Stability (2008), Part A, §2.2 - §2.3
Description
Attained value
Area 0º - 30º
Area 0º - 40º
Area 30º - 40º
Max. GZ at 30º or greater
0.3263
0.5896
0.2632
1.719
(mrad)
(mrad)
(mrad)
(m)
Lower angle
30.0 (Degr.)
Upper angle
90.0 (Degr.)
Angle of max GZ
Initial metacentric height
Severe wind and rolling criterion (weather criterion)
Wind silhouette:
44.3 (Degr.)
2.019 (m)
>=
>=
>=
>=
>=
>=
Required value
0.0550
0.0900
0.0300
0.200
Complies
(mrad)
(mrad)
(mrad)
(m)
YES
YES
YES
YES
25.0 (Degr.)
0.150 (m)
YES
YES
YES
Homogenous cargo
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
Criterion
27
Intact stability
Stability booklet
Evaluation of criteria
Windspeed
50.54 (kn.)
51.4 (kg/m2)
Wind pressure
1181.69 (m2)
Wind area
Steady wind lever
0.029 (m)
Deck immersion angle
18.74 (Degr.)
Wind gust lever
0.043 (m)
Ratio of areaA/areaB
0.149
Maximum allowed static heeling angle
0.8 (Degr.)
Max allowed ratio static angle/deck immersion angle
0.043
<=
<=
<=
1.000
16.0 (Degr.)
0.800
YES
YES
YES
The condition complies with the stability criteria
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
28
Intact stability
Stability booklet
Bending moment and shearforce calculation
200
175
150
125
100
75
25
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
Weight
Sectional areas
0
195 200 205
Load
-25
Weight (tonnes/m)
50
-50
-75
-100
-125
-150
-175
-200
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Shear force
11000
10000
9000
8000
7000
6000
5000
4000
2000
1000
Shear force
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
0
195 200 205
-1000
-2000
Shear force (tonnes)
3000
-3000
-4000
-5000
-6000
-7000
-8000
-9000
-10000
-11000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
29
Intact stability
Stability booklet
Bending moment
50000
40000
30000
10000
Bending moment
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-10000
Bending moment (t*m)
20000
-20000
-30000
-40000
-50000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Deflection
20.0
17.5
15.0
12.5
10.0
7.5
2.5
Deflection
0.0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-2.5
Deflection (mm)
5.0
-5.0
-7.5
-10.0
-12.5
-15.0
-17.5
-20.0
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Summary
Mean moulded draft
7.925 (m)
Trim
19264.4 (tonnes)
Minimum shearforce
-834.37 (tonnes)
8.9% Distance from app
34.320 (m)
647.42 (tonnes)
Maximum shearforce
GM
0.070 (m)
Displacement
2.019 (m)
10.3% Distance from app
118.560 (m)
Maximum sagging moment
-16747.73 (t*m)
39.8% Distance from app
78.800 (m)
Maximum hogging moment
4104.55 (t*m)
15.8% Distance from app
23.200 (m)
-20.3 (mm)
Distance from app
76.000 (m)
Max. deflection
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
30
Intact stability
Stability booklet
Summary
The condition complies with the longitudinal strength criteria
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
31
Intact stability
Stability booklet
Weightlist
Description
FOT 1 C
Cargo Hold 1
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
Forward
(m)
52.3
32.160
0.000 (CL)
5.434
30.000
34.320
916.5
37.560
0.000 (CL)
8.904
34.320
40.800
FOT Day
50.3
32.160
0.000 (CL)
2.720
30.000
34.320
ERT1 PS
3.5
24.535
1.151 (PS)
0.085
17.760
30.000
ERT1 SB
3.5
24.535
-1.151 (SB)
0.085
17.760
30.000
ERT2 PS
2.2
27.136
3.339 (PS)
0.218
18.204
30.000
ERT2 SB
2.2
27.136
-3.339 (SB)
0.218
18.204
30.000
Cargo Hold 2
9787.0
69.960
0.000 (CL)
8.347
40.800
99.120
Cargo Hold 3
1029.9
102.360
0.000 (CL)
8.515
99.120
105.600
Cargo Hold 4
740.2
108.842
0.000 (CL)
8.670
105.600
112.080
Cargo Hold 5
626.7
115.320
0.000 (CL)
9.267
112.080
118.560
Forecastle
40.0
134.570
0.000 (CL)
13.500
129.360
145.000
Aftercastle
170.0
4.390
0.000 (CL)
13.500
-5.000
13.440
Superstructure
180.0
9.720
0.000 (CL)
23.000
5.400
13.440
Engine
280.0
21.660
0.000 (CL)
4.660
17.560
25.760
Other machinery in ER
410.0
21.660
0.000 (CL)
5.000
12.000
30.000
Hatch covers
670.0
76.600
0.000 (CL)
14.600
34.044
118.180
Aft equipment
20.0
0.000
0.000 (CL)
15.200
-5.000
5.400
Fore equipment
90.0
136.250
0.000 (CL)
15.200
129.360
141.083
Ship Systems
150.0
86.100
0.000 (CL)
7.950
-5.000
145.000
Electrical systems
120.0
86.100
0.000 (CL)
7.950
-5.000
145.000
hull 1
435.6
16.777
0.000 (CL)
4.800
-5.000
30.000
hull 2
378.3
37.862
0.000 (CL)
4.800
30.000
45.000
hull 3
465.5
52.674
0.000 (CL)
4.800
45.000
60.000
hull 4
995.6
75.000
0.000 (CL)
4.800
60.000
90.000
hull 5
485.4
97.436
0.000 (CL)
4.800
90.000
105.000
hull 6
502.5
114.150
0.000 (CL)
4.800
105.000
125.000
hull 7
187.2
131.667
0.000 (CL)
4.800
125.000
145.000
Reserve
430.0
70.960
0.000 (CL)
9.703
-5.000
145.000
40.0
9.720
0.000 (CL)
23.000
5.400
13.440
crew
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
32
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
-5.000
17.6
0.0
17.6
0.00
0.0
0
0.0
0.0
-4.000
18.1
0.0
18.1
18.48
1.3
30
3.4
-0.3
-3.000
18.7
0.0
18.7
36.97
2.2
61
3.4
-0.5
-2.000
19.2
0.0
19.2
55.45
2.9
91
3.4
-0.8
-1.000
19.8
0.5
19.3
74.53
3.5
147
4.1
-1.1
0.000
20.3
1.4
18.9
93.66
4.0
230
5.2
-1.4
1.000
20.9
2.7
18.2
112.19
4.4
333
6.2
-1.6
2.000
21.4
4.1
17.3
129.96
4.7
453
7.3
-1.9
3.000
22.0
5.8
16.2
146.71
4.9
592
8.3
-2.2
4.000
22.5
9.4
13.1
161.55
5.1
745
9.3
-2.4
5.000
23.1
14.7
8.4
172.39
5.0
913
10.2
-2.7
6.000
44.1
22.8
21.3
189.10
5.2
1091
11.1
-3.0
7.000
46.2
28.6
17.6
208.42
5.4
1290
12.1
-3.3
8.000
48.3
34.2
14.1
224.35
5.5
1506
13.0
-3.5
9.000
50.5
39.8
10.7
236.66
5.5
1736
13.9
-3.8
10.000
52.6
45.4
7.2
245.66
5.4
1977
14.8
-4.1
11.000
54.7
50.8
3.9
251.12
5.3
2226
15.6
-4.4
12.000
56.8
56.3
0.5
253.38
5.1
2478
16.4
-4.7
13.000
77.3
61.6
15.6
270.28
5.2
2739
17.1
-4.9
14.000
35.8
67.0
-31.1
260.17
4.8
3010
17.8
-5.2
15.000
36.9
72.2
-35.3
226.87
4.0
3252
18.3
-5.5
16.000
38.0
77.4
-39.4
189.58
3.3
3461
18.5
-5.8
17.000
39.1
82.6
-43.5
148.03
2.4
3629
18.5
-6.1
18.000
74.8
87.7
-13.0
117.71
1.9
3758
18.3
-6.4
19.000
75.9
92.8
-16.8
102.72
1.6
3868
18.1
-6.7
20.000
77.1
97.7
-20.6
84.07
1.3
3962
17.8
-7.0
21.000
78.3
102.5
-24.2
61.60
0.9
4034
17.4
-7.3
22.000
79.4
107.1
-27.7
35.74
0.5
4083
17.0
-7.6
23.000
80.6
111.6
-31.0
6.36
0.1
4103
16.4
-7.9
24.000
81.8
115.9
-34.1
-26.11
0.4
4094
15.8
-8.2
25.000
82.9
120.0
-37.1
-61.77
0.8
4049
15.1
-8.5
26.000
50.0
124.0
-74.1
-108.42
1.4
3968
14.4
-8.9
27.000
51.1
127.9
-76.7
-183.88
2.3
3820
13.4
-9.2
28.000
52.3
131.6
-79.3
-261.86
3.2
3598
12.2
-9.5
29.000
53.5
135.2
-81.7
-342.44
4.1
3294
10.9
-9.8
30.000
54.7
138.7
-84.1
-425.30
5.0
2912
9.3
-10.2
31.000
50.4
142.1
-91.7
-515.63
6.0
2439
7.6
-10.5
32.000
50.3
145.4
-95.1
-608.75
7.0
1879
5.7
-10.8
33.000
50.8
148.6
-97.8
-705.23
7.9
1220
3.6
-11.2
34.000
51.3
151.7
-100.4
-804.25
8.9
467
1.3
-11.5
35.000
177.2
154.7
22.5
-818.55
8.9
-357
1.3
-11.8
36.000
177.7
157.6
20.1
-797.22
8.5
-1166
4.1
-12.2
37.000
178.2
160.5
17.7
-778.37
8.2
-1954
6.6
-12.5
38.000
178.7
163.3
15.5
-761.72
7.9
-2724
9.0
-12.8
39.000
179.3
165.9
13.3
-747.38
7.6
-3479
11.3
-13.2
40.000
179.8
168.5
11.2
-735.07
7.4
-4221
13.4
-13.5
41.000
207.0
171.0
35.9
-719.55
7.1
-4950
15.3
-13.8
42.000
207.4
173.5
33.9
-684.59
6.7
-5653
17.1
-14.1
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
(mm)
33
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
43.000
207.8
175.8
32.0
-651.65
6.3
-6320
18.8
-14.4
44.000
208.2
178.0
30.2
-620.49
6.0
-6957
20.2
-14.8
45.000
208.7
180.1
28.5
-591.12
5.6
-7563
21.6
-15.1
46.000
208.9
182.2
26.7
-563.50
5.3
-8141
22.8
-15.4
47.000
209.3
184.1
25.2
-537.61
5.0
-8691
23.8
-15.7
48.000
209.6
185.9
23.7
-513.16
4.7
-9218
24.8
-16.0
49.000
209.9
187.6
22.3
-490.22
4.5
-9719
25.7
-16.2
50.000
210.2
189.2
21.0
-468.55
4.2
-10199
26.4
-16.5
51.000
210.5
190.6
19.9
-448.14
4.0
-10658
27.1
-16.8
52.000
210.8
192.0
18.9
-428.77
3.8
-11097
27.7
-17.0
53.000
211.1
193.1
18.0
-410.37
3.6
-11516
28.3
-17.3
54.000
211.5
194.2
17.3
-392.72
3.4
-11919
28.8
-17.5
55.000
211.8
195.0
16.7
-375.74
3.3
-12303
29.2
-17.8
56.000
212.1
195.8
16.3
-359.23
3.1
-12671
30.1
-18.0
57.000
212.4
196.4
16.0
-343.07
3.0
-13022
30.9
-18.2
58.000
212.7
196.8
15.9
-327.11
2.8
-13358
31.7
-18.4
59.000
213.0
197.2
15.9
-311.24
2.7
-13677
32.5
-18.6
60.000
213.3
197.4
15.9
-295.34
2.6
-13981
33.2
-18.8
61.000
213.4
197.5
15.8
-279.47
2.4
-14269
33.9
-19.0
62.000
213.4
197.6
15.8
-263.68
2.3
-14541
34.5
-19.2
63.000
213.4
197.7
15.7
-247.93
2.1
-14797
35.1
-19.3
64.000
213.4
197.7
15.8
-232.18
2.0
-15038
35.7
-19.5
65.000
213.5
197.7
15.8
-216.41
1.9
-15262
36.3
-19.6
66.000
213.5
197.7
15.8
-200.64
1.7
-15471
36.8
-19.7
67.000
213.5
197.7
15.8
-184.85
1.6
-15664
37.2
-19.8
68.000
213.5
197.7
15.8
-169.05
1.5
-15842
37.6
-19.9
69.000
213.6
197.7
15.8
-153.23
1.3
-16003
38.0
-20.0
70.000
213.6
197.7
15.8
-137.41
1.2
-16149
38.4
-20.1
71.000
213.6
197.8
15.8
-121.57
1.1
-16279
38.7
-20.2
72.000
213.6
197.8
15.9
-105.72
0.9
-16393
38.9
-20.2
73.000
213.7
197.8
15.9
-89.86
0.8
-16491
39.2
-20.3
74.000
213.7
197.8
15.9
-73.98
0.6
-16574
39.4
-20.3
75.000
213.7
197.8
15.9
-58.09
0.5
-16640
39.5
-20.3
76.000
213.7
197.8
15.9
-42.19
0.4
-16691
39.6
-20.3
77.000
213.8
197.8
15.9
-26.28
0.2
-16725
39.7
-20.3
78.000
213.8
197.8
15.9
-10.36
0.1
-16744
39.8
-20.3
79.000
213.8
197.9
15.9
5.58
0.0
-16747
39.8
-20.3
80.000
213.8
197.9
16.0
21.53
0.2
-16734
39.7
-20.2
81.000
213.9
197.9
16.0
37.50
0.3
-16704
39.7
-20.2
82.000
213.9
197.9
16.0
53.47
0.5
-16660
39.6
-20.1
83.000
213.9
197.9
16.0
69.46
0.6
-16598
39.4
-20.0
84.000
213.9
197.9
16.0
85.46
0.7
-16522
39.2
-19.9
85.000
214.0
197.9
16.0
101.47
0.9
-16428
39.0
-19.8
86.000
214.0
197.9
16.0
117.50
1.0
-16320
38.8
-19.7
87.000
214.0
198.0
16.0
133.53
1.2
-16194
38.5
-19.6
88.000
214.0
198.0
16.1
149.58
1.3
-16053
38.1
-19.5
89.000
214.1
198.0
16.1
165.65
1.5
-15896
37.8
-19.3
90.000
214.1
198.0
16.1
181.72
1.6
-15723
37.3
-19.2
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
34
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
91.000
214.0
198.0
16.0
197.76
1.8
-15533
36.9
-19.0
92.000
213.9
197.9
16.0
213.75
1.9
-15328
36.4
-18.8
93.000
213.8
197.6
16.2
229.84
2.1
-15106
36.2
-18.6
94.000
213.7
197.1
16.6
246.22
2.2
-14869
36.4
-18.4
95.000
213.6
196.3
17.4
263.21
2.4
-14615
36.5
-18.2
96.000
213.6
195.1
18.4
281.06
2.6
-14343
36.5
-17.9
97.000
213.5
193.6
19.9
300.24
2.8
-14053
36.5
-17.7
98.000
213.4
191.6
21.8
321.02
3.0
-13743
36.5
-17.5
99.000
213.3
189.3
24.0
343.93
3.2
-13411
36.4
-17.2
100.000
204.3
186.5
17.8
361.40
3.4
-13059
36.2
-16.9
101.000
204.2
183.5
20.8
380.72
3.7
-12688
36.0
-16.7
102.000
204.1
180.1
24.1
403.05
4.0
-12297
35.7
-16.4
103.000
204.1
176.5
27.6
428.93
4.3
-11881
35.3
-16.1
104.000
204.0
172.6
31.3
458.30
4.7
-11439
34.8
-15.8
105.000
203.9
168.6
35.3
491.60
5.2
-10965
34.2
-15.4
106.000
158.6
164.4
-5.7
510.25
5.6
-10459
33.4
-15.1
107.000
158.0
160.0
-2.0
506.45
5.7
-9951
32.7
-14.8
108.000
157.4
155.5
1.9
506.32
5.8
-9446
31.8
-14.5
109.000
156.8
150.9
5.9
510.31
6.1
-8938
31.0
-14.1
110.000
156.2
146.1
10.1
518.22
6.3
-8425
30.0
-13.8
111.000
155.6
141.3
14.3
530.49
6.7
-7901
29.0
-13.4
112.000
154.9
136.3
18.6
546.86
7.1
-7363
27.8
-13.1
113.000
136.7
131.3
5.4
551.56
7.4
-6814
26.6
-12.7
114.000
136.1
126.3
9.8
559.09
7.8
-6259
25.2
-12.3
115.000
135.5
121.2
14.3
571.26
8.2
-5695
23.7
-11.9
116.000
134.9
116.1
18.8
587.73
8.8
-5116
22.0
-11.6
117.000
134.2
111.0
23.3
608.87
9.4
-4518
20.1
-11.2
118.000
133.6
105.9
27.8
634.31
10.2
-3898
18.0
-10.8
119.000
28.1
100.8
-72.8
615.06
10.3
-3263
15.7
-10.4
120.000
27.4
95.8
-68.4
544.39
9.5
-2683
13.4
-10.0
121.000
26.8
90.9
-64.1
478.22
8.7
-2173
11.3
-9.6
122.000
26.2
86.1
-59.9
416.14
8.0
-1726
9.4
-9.2
123.000
25.6
81.4
-55.8
358.37
7.2
-1340
7.6
-8.8
124.000
24.9
76.8
-51.8
304.47
6.4
-1008
6.0
-8.4
125.000
24.3
72.3
-48.0
254.57
5.6
-730
4.5
-8.0
126.000
23.4
67.9
-44.5
208.31
4.8
-499
3.3
-7.6
127.000
22.5
63.7
-41.2
165.51
4.1
-313
2.2
-7.2
128.000
21.6
59.5
-38.0
125.87
3.3
-168
1.2
-6.8
129.000
20.6
55.5
-34.8
89.55
2.5
-61
0.5
-6.4
130.000
28.7
51.5
-22.8
61.91
1.8
13
0.1
-6.0
131.000
28.1
47.6
-19.4
40.88
1.3
64
0.4
-5.6
132.000
27.6
43.8
-16.2
23.02
0.8
95
0.7
-5.2
133.000
27.0
40.0
-13.0
8.52
0.3
110
0.9
-4.8
134.000
26.5
36.3
-9.9
-2.96
0.1
113
1.0
-4.4
135.000
25.9
32.7
-6.8
-11.23
0.5
105
1.0
-4.0
136.000
25.4
29.2
-3.9
-16.61
0.8
90
1.0
-3.6
137.000
24.8
25.8
-1.0
-18.98
1.0
72
0.9
-3.2
138.000
24.2
22.6
1.7
-18.69
1.1
52
0.7
-2.8
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
35
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
139.000
23.7
19.5
4.2
-15.67
1.1
35
0.6
-2.4
140.000
23.1
16.5
6.6
-10.29
0.9
21
0.4
-2.0
141.000
22.6
13.7
8.9
-2.53
0.3
14
0.3
-1.6
142.000
9.7
11.0
-1.3
-3.62
0.5
11
0.4
-1.2
143.000
8.4
8.2
0.2
-4.15
0.9
6
0.3
-0.8
144.000
7.2
5.3
1.8
-3.19
1.4
2
0.2
-0.4
145.000
5.9
0.0
5.9
0.00
0.0
0
0.0
0.0
145.005
0.0
0.0
0.0
0.00
0.0
0
0.0
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
36
Intact stability
Stability booklet
Equal mass containers - 11.74t - Departure
1116 TEU - Multipurpose
Designer
Nemanja Surbatovic
Created by
Nemanja Surbatovic
Comment
Filename
Nemanja Surbatovic Final.fbm
Design length
145.00 (m)
Midship location
72.500 (m)
Length over all
150.00 (m)
Relative water density
1.0250
Design beam
24.840 (m)
Mean shell thickness
0.0130 (m)
Maximum beam
24.840 (m)
Appendage coefficient
1.0000
Design draft
8.280 (m)
Calculation settings
Center of gravity of tanks containing liquids
:
Actual COG
Container cargo
-5
0
0
5
10
15
10
20
25
30
20
35
40
45
30
50
55
60
40
65
70
75
50
80
85
90
60
95
100
105
70
110
115
120
125
80
130
90
135
140
145
100
150
155
110
160
165
170
120
175
180
185
130
190
195
200
205
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
37
Intact stability
Stability booklet
FOT 1 C
BT AP.PS
BT AP.PS
BT AP.SB
FOT 2 PS
BT FP
FOT 1 C
FOT 1 SB
FOT 1 PS
BT S0.SB
BT S0.PS
FOT Day
ERT1 PS
-5
0
5
10
15
20
25
30
35
40
45
55
BT H1.PS
BT H1.SB
FOT Day
BT B0.PS
50
BT B1.1.PS
60
65
70
BT B2.1.PS
75
80
85
BT B3.1.PS
90
95
100
105
BT B4.1.PS
110
115
120
BT B5.1.PS
125
130
135
140
BT B6.1PS
145
150
155
160
BT B7.PS BT B8.PS
165
170
175
180
185
190
195
200
205
0.000 (CL)
PS
#8
ERT1 PS
ERT1 SB
#38PS
ERT2
ERT2 SB
SB PS
BT B0.PS BT B0.SB
SB PS
#48
BT B1.1.PS BT B1.2.SB
BT B1.2.PS
BT B1.1.SB
SB PS
#57
SB
FOT 1 PS
FOT 2 PS
FOT 1 C
10.000
FOT 2 SB
FOT 1 SB
BT S2.PS
BT S2.SB BT S3.PS
BT H2.PS
BT S2.PS
BT S0.PS
BT S3.PS
BT S4.PS
BT H2.SB
BT B2.1.PS
BT B2.2.SB
BT B2.2.PS
BT B2.1.SB
BT S5.PS
BT H1.PS
BT H6.PS
PS
#77
SB PS
BT S3.SB BT S4.PS
BT H3.PS
BT H3.SB
BT B3.1.PS
BT 3.2.SB
BT B3.2.PS
BT B3.1.SB
#95
SB PS
BT S4.SB BT S5.PS
BT H4.PS
BT H4.SB
#113
BT S5.SB
BT H5.PS
BT B4.1.PS
BT B4.2.SB
BT B4.2.PS
BT B4.1.SB
BT H5.SB
BT B5.1.PS BT B5.2.SB
BT B5.2.PS
BT B5.1.SB
SB PS
#131
SB
BT H7.PS
FOT 1 PS
BT AP.PS
FOT 2 PS
FOT 1 C
BT FP 8.300
BT AP.SB
FOT 2 SB
FOT 1 SB
BT H7.SB
BT S0.SB
BT H6.SB
BT H1.SB
BT S2.SB
BT S2.PS
BT S0.PS
BT H1.PS
BT H2.PS
BT S3.SB
BT S4.SB
BT S5.SB
BT S3.PS
BT S4.PS
BT S5.PS
BT H3.PS
BT H4.PS
BT H5.PS
BT H6.PS
BT H6.SB
BT H7.PS
BT H7.SB
FOT 2 PS
FOT 2 SB
BT FP
BT H6.PS
BT B6.2.SB
BT B6.1PS
BT B6.2.PS
BT B6.1.SB
BT H7.PS
FOT 1 PS
PS
#151
SB PS
BT B7.PS
BT B8.PS
BT B8.SB
BT B7.SB
#163
SB PS
#171
SB PS
#199
SB
FOT 2 PS
FOT Day
FOT 2 SB
FOT 1 SB
BT FP 2.500
Cargo
BT H7.SB
Fuel
BT S0.SB
BT H1.SB
BT H2.SB
BT H5.SB
BT H6.SB
BT H3.SB
BT H4.SB
BT S3.SB
BT S4.SB
BT S5.SB
BT B2.2.PS
BT B3.2.PS
BT B4.2.PS
BT B5.2.PS
BT B1.1.PS
BT B2.1.PS
BT B3.1.PS
BT B4.1.PS
BT B5.1.PS
BT B6.1PS
BT B7.PS
BT B1.1.SB
BT B2.1.SB
BT B3.1.SB
BT B4.1.SB
BT B5.1.SB
BT B6.1.SB
BT B7.SB
BT B2.2.SB
BT 3.2.SB
BT B4.2.SB
BT B5.2.SB
BT S2.SB
Other Stores
Ballast
BT B1.2.PS
ERT2 PS
BT B0.PS
BT B6.2.PS
ERT1 PS
ERT2 SB
BT B8.PS
0.700
ERT1 SB
BT B0.SB
BT B1.2.SB
BT B8.SB
BT B6.2.SB
Hydrostatic particulars
List
0.0 (CL) (Degr.)
Draft aft pp
10.059 (m)
GG'
0.000 (m)
VCG'
12.460 (m)
Mean moulded draft
8.078 (m)
Max VCG'
10.503 (m)
Draft forward pp
6.097 (m)
GM solid
-1.763 (m)
Trim
-3.962 (m)
G'M liquid
-1.763 (m)
KM
10.697 (m)
Immersion rate
30.439 (t/cm)
VCG
12.460 (m)
MCT
275.6 (t*m/cm)
Summary
Description
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000
23.000
0.0
13100.0
66.706
0.000
15.236
0.0
1026.0
67.201
0.000
7.369
0.0
114.0
24.486
0.000
0.772
0.0
0.0
0.000
0.000
0.000
0.0
6010.0
64.939
0.000 (CL)
7.431
Deadweight
14280.0
66.245
0.000 (CL)
14.577
0.0
Displacement
20290.0
65.858
0.000 (CL)
12.460
0.0
Crew
Cargo
Fuel
Other Stores
Ballast
Lightship
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
38
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000 (CL)
23.000
0.0
13100.0
66.706
0.000 (CL)
15.236
0.0
0.000 (CL)
8.014
0.0
Crew
crew
Cargo
Containers
Fuel
FOT 1 C
0.8901
100.0
148.5
32.160
FOT 1 PS
0.8901
100.0
211.8
32.160
5.508 (PS)
7.423
0.0
FOT 1 SB
0.8901
100.0
211.8
32.160
-5.508 (SB)
7.423
0.0
FOT Day
0.8901
100.0
50.3
32.160
0.000 (CL)
2.720
0.0
FOT 2 PS
0.8901
100.0
201.8
121.245
2.263 (PS)
7.654
0.0
FOT 2 SB
0.8901
100.0
201.8
121.245
-2.263 (SB)
7.654
0.0
1026.0
67.201
0.000 (CL)
7.369
0.0
Totals for Fuel
Other Stores
ERT1 PS
0.9002
100.0
34.8
23.976
1.271 (PS)
0.719
0.0
ERT1 SB
0.9002
100.0
34.8
23.976
-1.271 (SB)
0.719
0.0
ERT2 PS
0.9002
100.0
22.2
25.286
3.658 (PS)
0.854
0.0
ERT2 SB
0.9002
100.0
22.2
25.286
-3.658 (SB)
0.854
0.0
114.0
24.486
0.000 (CL)
0.772
0.0
Totals for Other Stores
Ballast
BT AP.PS
1.0250
0.0
0.0
6.605
2.737 (PS)
7.914
0.0
BT AP.SB
1.0250
0.0
0.0
6.605
-2.737 (SB)
7.914
0.0
BT B0.PS
1.0250
0.0
0.0
32.217
3.335 (PS)
0.763
0.0
BT B0.SB
1.0250
0.0
0.0
32.217
-3.335 (SB)
0.763
0.0
BT B1.1.PS
1.0250
0.0
0.0
40.442
2.581 (PS)
0.705
0.0
BT B1.1.SB
1.0250
0.0
0.0
40.442
-2.581 (SB)
0.705
0.0
BT B1.2.PS
1.0250
0.0
0.0
41.270
6.985 (PS)
0.814
0.0
BT B1.2.SB
1.0250
0.0
0.0
41.270
-6.985 (SB)
0.814
0.0
BT B2.1.PS
1.0250
0.0
0.0
53.040
2.582 (PS)
0.705
0.0
BT B2.1.SB
1.0250
0.0
0.0
53.040
-2.582 (SB)
0.705
0.0
BT B2.2.PS
1.0250
0.0
0.0
53.327
7.908 (PS)
0.756
0.0
BT B2.2.SB
1.0250
0.0
0.0
53.327
-7.908 (SB)
0.756
0.0
BT B3.1.PS
1.0250
0.0
0.0
66.000
2.582 (PS)
0.705
0.0
BT B3.1.SB
1.0250
0.0
0.0
66.000
-2.582 (SB)
0.705
0.0
BT B3.2.PS
1.0250
0.0
0.0
66.003
8.155 (PS)
0.746
0.0
BT 3.2.SB
1.0250
0.0
0.0
66.003
-8.155 (SB)
0.746
0.0
BT B4.1.PS
1.0250
0.0
0.0
78.960
2.582 (PS)
0.705
0.0
BT B4.1.SB
1.0250
0.0
0.0
78.960
-2.582 (SB)
0.705
0.0
BT B4.2.PS
1.0250
0.0
0.0
78.960
8.157 (PS)
0.746
0.0
BT B4.2.SB
1.0250
0.0
0.0
78.960
-8.157 (SB)
0.746
0.0
BT B5.1.PS
1.0250
0.0
0.0
92.280
2.582 (PS)
0.705
0.0
BT B5.1.SB
1.0250
0.0
0.0
92.280
-2.582 (SB)
0.705
0.0
BT B5.2.PS
1.0250
0.0
0.0
92.174
8.098 (PS)
0.747
0.0
BT B5.2.SB
1.0250
0.0
0.0
92.174
-8.098 (SB)
0.747
0.0
BT B6.1PS
1.0250
0.0
0.0
105.600
2.582 (PS)
0.705
0.0
BT B6.1.SB
1.0250
0.0
0.0
105.600
-2.582 (SB)
0.705
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
39
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
BT B6.2.PS
1.0250
0.0
0.0
104.418
7.122 (PS)
0.766
0.0
BT B6.2.SB
1.0250
0.0
0.0
104.418
-7.122 (SB)
0.766
0.0
BT B7.PS
1.0250
0.0
0.0
115.126
2.862 (PS)
0.736
0.0
BT B7.SB
1.0250
0.0
0.0
115.126
-2.862 (SB)
0.736
0.0
BT B8.PS
1.0250
0.0
0.0
121.245
1.957 (PS)
0.741
0.0
BT B8.SB
1.0250
0.0
0.0
121.245
-1.957 (SB)
0.741
0.0
BT S0.PS
1.0250
0.0
0.0
32.282
8.654 (PS)
5.214
0.0
BT S0.SB
1.0250
0.0
0.0
32.282
-8.654 (SB)
5.214
0.0
BT S2.PS
1.0250
0.0
0.0
53.447
11.288 (PS)
5.566
0.0
BT S2.SB
1.0250
0.0
0.0
53.447
-11.288 (SB)
5.566
0.0
BT S3.PS
1.0250
0.0
0.0
66.004
11.391 (PS)
5.410
0.0
BT S3.SB
1.0250
0.0
0.0
66.004
-11.391 (SB)
5.410
0.0
BT S4.PS
1.0250
0.0
0.0
78.960
11.392 (PS)
5.409
0.0
BT S4.SB
1.0250
0.0
0.0
78.960
-11.392 (SB)
5.409
0.0
BT S5.PS
1.0250
0.0
0.0
92.050
11.354 (PS)
5.442
0.0
BT S5.SB
1.0250
0.0
0.0
92.050
-11.354 (SB)
5.442
0.0
BT H1.PS
1.0250
0.0
0.0
39.585
9.103 (PS)
5.032
0.0
BT H1.SB
1.0250
0.0
0.0
39.585
-9.103 (SB)
5.032
0.0
BT H2.PS
1.0250
0.0
0.0
53.040
9.073 (PS)
2.720
0.0
BT H2.SB
1.0250
0.0
0.0
53.040
-9.073 (SB)
2.720
0.0
BT H3.PS
1.0250
0.0
0.0
66.000
9.073 (PS)
2.720
0.0
BT H3.SB
1.0250
0.0
0.0
66.000
-9.073 (SB)
2.720
0.0
BT H4.PS
1.0250
0.0
0.0
78.960
9.073 (PS)
2.719
0.0
BT H4.SB
1.0250
0.0
0.0
78.960
-9.073 (SB)
2.719
0.0
BT H5.PS
1.0250
0.0
0.0
92.280
9.073 (PS)
2.720
0.0
BT H5.SB
1.0250
0.0
0.0
92.280
-9.073 (SB)
2.720
0.0
BT H6.PS
1.0250
0.0
0.0
105.915
8.603 (PS)
4.996
0.0
BT H6.SB
1.0250
0.0
0.0
105.915
-8.603 (SB)
4.996
0.0
BT H7.PS
1.0250
0.0
0.0
115.030
6.095 (PS)
5.317
0.0
BT H7.SB
1.0250
0.0
0.0
115.030
-6.095 (SB)
5.317
0.0
BT FP
1.0250
0.0
0.0
139.592
0.000 (CL)
6.087
0.0
0.0
0.000
0.000 (CL)
0.000
0.0
Totals for Ballast
Lightship
6010.0
64.939
0.000 (CL)
7.431
Deadweight
14280.0
66.245
0.000 (CL)
14.577
0.0
Displacement
20290.0
65.858
0.000 (CL)
12.460
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
40
Intact stability
Stability booklet
Righting levers
Heeling angle
Draft
Trim
Displacement
KN sin(ø)
VCG sin(ø)
GG' sin(ø)
TCG cos(ø)
GZ
Area
(Degr.)
(m)
(m)
(tonnes)
(m)
(m)
(m)
(m)
(m)
(mrad)
0.0º (CL)
8.078
-3.962
20290.0
0.000
0.000
0.000
0.000
0.000
0.000
2.5º (PS)
8.076
-3.948
20290.0
0.467
0.544
0.000
0.000
-0.077
0.000
5.0º (PS)
8.068
-3.905
20290.0
0.935
1.086
0.000
0.000
-0.151
0.000
10.0º (PS)
8.036
-3.725
20290.0
1.882
2.164
0.000
0.000
-0.282
0.000
15.0º (PS)
7.985
-3.467
20290.0
2.838
3.225
0.000
0.000
-0.387
0.000
20.0º (PS)
7.943
-3.269
20290.1
3.758
4.262
0.000
0.000
-0.504
0.000
25.0º (PS)
7.928
-3.067
20290.0
4.623
5.266
0.000
0.000
-0.643
0.000
30.0º (PS)
7.924
-2.902
20290.0
5.446
6.230
0.000
0.000
-0.784
0.000
35.0º (PS)
7.906
-2.821
20290.0
6.229
7.147
0.000
0.000
-0.918
0.000
40.0º (PS)
7.899
-2.861
20290.0
6.901
8.009
0.000
0.000
-1.109
0.000
45.0º (PS)
7.899
-2.969
20290.0
7.440
8.811
0.000
0.000
-1.371
0.000
50.0º (PS)
7.895
-3.126
20290.0
7.864
9.545
0.000
0.000
-1.681
0.000
55.0º (PS)
7.888
-3.281
20290.0
8.186
10.207
0.000
0.000
-2.021
0.000
60.0º (PS)
7.864
-3.348
20289.9
8.433
10.791
0.000
0.000
-2.358
0.000
65.0º (PS)
7.776
-3.046
20290.1
8.655
11.293
0.000
0.000
-2.638
0.000
70.0º (PS)
7.613
-2.393
20290.0
8.818
11.709
0.000
0.000
-2.891
0.000
75.0º (PS)
7.357
-1.386
20290.1
8.894
12.036
0.000
0.000
-3.142
0.000
80.0º (PS)
6.878
0.471
20290.0
8.888
12.271
0.000
0.000
-3.383
0.000
85.0º (PS)
5.495
5.815
20290.0
8.806
12.413
0.000
0.000
-3.607
0.000
90.0º (PS)
0.000
5348.792
20290.0
8.653
12.460
0.000
0.000
-3.808
0.000
95.0º (PS)
10.934
-15.810
20290.0
8.432
12.413
0.000
0.000
-3.981
0.000
100.0º (PS)
9.586
-10.538
20290.0
8.147
12.271
0.000
0.000
-4.124
0.000
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
41
Intact stability
Stability booklet
Stability curve
IMO MSC.267(85) - Minimum design criteria applicable to all ships
0.00
Angle of max GZ=0.0º
Max. GZ at 30º or greater=-0.784
-0.25
GM=-1.763
-0.50
-0.75
-1.00
-1.25
Righting lever (m)
-1.50
Downflooding angle=49.7º
-1.75
-2.00
-2.25
-2.50
-2.75
No FSC
-3.00
-3.25
-3.50
Constant FSC
-3.75
-4.00
0
10
20
30
40
50
60
70
80
90
100
Heeling angle (°)
Critical points
Description
Type
X coordinate
Y coordinate Z coordinate
Dist. to wl
Submersion angle
(m)
(m)
(m)
(m)
(Degr.)
0.000 (CL)
6.620
-3.390
0.0 (CL)
Main propeller
Marker
1.750
Bowthruster
Marker
136.120
0.000 (CL)
2.780
-3.558
0.0 (CL)
<>
Downflooding
7.000
8.000 (PS)
18.750
8.879
49.7 (PS)
Evaluation of criteria
IMO MSC.267(85) - Minimum design criteria applicable to all ships
International Code on Intact Stability (2008), Part A, §2.2 - §2.3
Description
Attained value
Area 0º - 30º
Area 0º - 40º
Area 30º - 40º
Max. GZ at 30º or greater
0.0000
0.0000
0.0000
-0.784
(mrad)
(mrad)
(mrad)
(m)
Lower angle
30.0 (Degr.)
Upper angle
90.0 (Degr.)
Angle of max GZ
Initial metacentric height
Severe wind and rolling criterion (weather criterion)
Wind silhouette:
0.0 (Degr.)
-1.763 (m)
>=
>=
>=
>=
>=
>=
Required value
0.0550
0.0900
0.0300
0.200
Complies
(mrad)
(mrad)
(mrad)
(m)
NO
NO
NO
NO
25.0 (Degr.)
0.150 (m)
NO
NO
NO
Container cargo
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
Criterion
42
Intact stability
Stability booklet
Evaluation of criteria
Windspeed
50.54 (kn.)
51.4 (kg/m2)
Wind pressure
1181.69 (m2)
Wind area
Steady wind lever
0.000 (m)
Deck immersion angle
18.02 (Degr.)
Wind gust lever
0.000 (m)
Ratio of areaA/areaB
0.000
Maximum allowed static heeling angle
0.0 (Degr.)
Max allowed ratio static angle/deck immersion angle
0.000
<=
<=
<=
1.000
16.0 (Degr.)
0.800
YES
YES
YES
The condition does NOT comply with the stability criteria
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
43
Intact stability
Stability booklet
Bending moment and shearforce calculation
300
250
200
150
50
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
Weight
0
Sectional areas
195 200 205
Load
-50
Weight (tonnes/m)
100
-100
-150
-200
-250
-300
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Shear force
11000
10000
9000
8000
7000
6000
5000
4000
2000
1000
Shear force
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
0
195 200 205
-1000
-2000
Shear force (tonnes)
3000
-3000
-4000
-5000
-6000
-7000
-8000
-9000
-10000
-11000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
44
Intact stability
Stability booklet
Bending moment
50000
40000
30000
10000
Bending moment
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-10000
Bending moment (t*m)
20000
-20000
-30000
-40000
-50000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Deflection
30
25
20
15
5
Deflection 0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-5
Deflection (mm)
10
-10
-15
-20
-25
-30
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Summary
Mean moulded draft
8.078 (m)
Displacement
20290.0 (tonnes)
Minimum shearforce
-1477.7 (tonnes)
Maximum shearforce
732.7 (tonnes)
Trim
GM
-3.962 (m)
-1.763 (m)
16.1% Distance from app
35.000 (m)
6.3% Distance from app
78.800 (m)
Maximum sagging moment
-29859.5 (t*m)
74.6% Distance from app
51.200 (m)
Maximum hogging moment
196.4 (t*m)
1.2% Distance from app
128.800 (m)
Max. deflection
-31.4 (mm)
Distance from app
60.400 (m)
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
45
Intact stability
Stability booklet
Summary
The condition complies with the longitudinal strength criteria
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
46
Intact stability
Stability booklet
Weightlist
Description
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
Forward
(m)
FOT 1 C
148.5
32.160
0.000 (CL)
8.014
30.000
34.320
FOT 1 PS
211.8
32.160
5.508 (PS)
7.423
30.000
34.320
FOT 1 SB
211.8
32.160
-5.508 (SB)
7.423
30.000
34.320
FOT Day
50.3
32.160
0.000 (CL)
2.720
30.000
34.320
FOT 2 PS
201.8
121.245
2.263 (PS)
7.654
118.560
124.320
FOT 2 SB
201.8
121.245
-2.263 (SB)
7.654
118.560
124.320
ERT1 PS
34.8
23.976
1.271 (PS)
0.719
17.760
30.000
ERT1 SB
34.8
23.976
-1.271 (SB)
0.719
17.760
30.000
ERT2 PS
22.2
25.286
3.658 (PS)
0.854
17.760
30.000
ERT2 SB
22.2
25.286
-3.658 (SB)
0.854
17.760
30.000
Forecastle
40.0
134.570
0.000 (CL)
13.500
129.360
145.000
Aftercastle
170.0
4.390
0.000 (CL)
13.500
-5.000
13.440
Superstructure
180.0
9.720
0.000 (CL)
23.000
5.400
13.440
Engine
280.0
21.660
0.000 (CL)
4.660
17.560
25.760
Other machinery in ER
410.0
21.660
0.000 (CL)
5.000
12.000
30.000
Hatch covers
670.0
76.600
0.000 (CL)
14.600
34.044
118.180
Aft equipment
20.0
0.000
0.000 (CL)
15.200
-5.000
5.400
Fore equipment
90.0
136.250
0.000 (CL)
15.200
129.360
141.083
Ship Systems
150.0
86.100
0.000 (CL)
7.950
-5.000
145.000
Electrical systems
120.0
86.100
0.000 (CL)
7.950
-5.000
145.000
hull 1
435.6
16.777
0.000 (CL)
4.800
-5.000
30.000
hull 2
378.3
37.862
0.000 (CL)
4.800
30.000
45.000
hull 3
465.5
52.674
0.000 (CL)
4.800
45.000
60.000
hull 4
995.6
75.000
0.000 (CL)
4.800
60.000
90.000
hull 5
485.4
97.436
0.000 (CL)
4.800
90.000
105.000
hull 6
502.5
114.150
0.000 (CL)
4.800
105.000
125.000
hull 7
187.2
131.667
0.000 (CL)
4.800
125.000
145.000
Reserve
430.0
70.960
0.000 (CL)
9.703
-5.000
145.000
40.0
9.720
0.000 (CL)
23.000
5.400
13.440
13100.0
66.706
0.000 (CL)
15.236
35.000
118.000
crew
Containers
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
47
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
-5.278
0.0
0.0
0.0
0.0
0.0
0
0.0
0.0
-5.000
0.0
0.0
0.0
0.0
0.0
8
0.0
-0.2
-4.000
18.1
18.7
-0.5
1.9
0.1
38
4.3
-0.8
-3.000
18.7
20.7
-2.0
0.5
0.0
68
3.8
-1.4
-2.000
19.2
22.8
-3.6
-2.2
0.1
96
3.6
-2.1
-1.000
19.8
25.1
-5.3
-6.7
0.3
120
3.4
-2.7
0.000
20.3
27.3
-7.0
-12.8
0.6
139
3.1
-3.3
1.000
20.9
29.7
-8.8
-20.8
0.8
150
2.8
-4.0
2.000
21.4
32.0
-10.6
-30.4
1.1
154
2.5
-4.6
3.000
22.0
34.4
-12.4
-41.9
1.4
146
2.0
-5.2
4.000
22.5
38.7
-16.1
-56.0
1.8
126
1.6
-5.9
5.000
23.1
44.5
-21.4
-74.7
2.2
89
1.0
-6.5
6.000
44.1
53.1
-9.0
-88.0
2.5
35
0.4
-7.1
7.000
46.2
59.3
-13.1
-99.2
2.6
-30
0.4
-7.8
8.000
48.3
65.2
-16.9
-114.1
2.8
-108
1.2
-8.4
9.000
50.5
71.1
-20.7
-133.0
3.1
-203
2.1
-9.0
10.000
52.6
77.0
-24.4
-155.4
3.5
-318
3.0
-9.7
11.000
54.7
82.7
-28.0
-181.7
3.9
-458
4.1
-10.3
12.000
56.8
88.3
-31.5
-211.3
4.3
-625
5.2
-10.9
13.000
77.3
93.8
-16.6
-226.6
4.5
-816
6.5
-11.6
14.000
35.8
99.3
-63.5
-268.9
5.1
-1029
7.7
-12.2
15.000
36.9
104.7
-67.8
-334.6
6.1
-1303
9.3
-12.8
16.000
38.0
110.0
-72.0
-404.4
7.1
-1643
11.1
-13.5
17.000
39.1
115.2
-76.1
-478.5
8.1
-2057
13.3
-14.1
18.000
81.0
120.3
-39.3
-539.9
8.8
-2540
15.7
-14.7
19.000
82.6
125.3
-42.8
-581.0
9.1
-3073
18.2
-15.3
20.000
84.1
130.2
-46.1
-625.4
9.5
-3646
20.8
-16.0
21.000
85.7
134.8
-49.2
-673.1
9.9
-4268
23.4
-16.6
22.000
87.2
139.3
-52.1
-723.7
10.3
-4937
26.1
-17.2
23.000
88.7
143.6
-54.9
-777.3
10.8
-5660
28.8
-17.8
24.000
90.3
147.8
-57.5
-833.4
11.2
-6435
31.6
-18.4
25.000
91.8
151.7
-59.8
-892.2
11.7
-7270
34.5
-19.0
26.000
59.2
155.4
-96.2
-961.3
12.3
-8164
37.5
-19.6
27.000
60.8
159.0
-98.2
-1058.5
13.3
-9147
40.7
-20.2
28.000
62.3
162.4
-100.1
-1157.7
14.3
-10225
44.2
-20.8
29.000
63.9
165.7
-101.8
-1258.7
15.2
-11406
47.8
-21.4
30.000
65.4
168.8
-103.4
-1361.3
16.2
-12686
51.7
-21.9
31.000
170.1
171.9
-1.7
-1361.8
15.9
-14019
55.5
-22.5
32.000
170.6
174.8
-4.1
-1364.7
15.6
-15353
59.1
-23.1
33.000
171.1
177.5
-6.4
-1370.0
15.4
-16692
62.6
-23.6
34.000
171.7
180.2
-8.6
-1377.4
15.2
-18037
65.9
-24.1
35.000
35.8
182.8
-147.0
-1477.7
16.1
-19420
69.2
-24.6
36.000
303.2
185.3
117.9
-1357.5
14.5
-20809
72.3
-25.1
37.000
301.0
187.6
113.4
-1241.9
13.1
-22077
74.9
-25.6
38.000
298.8
189.9
108.9
-1130.7
11.7
-23237
77.0
-26.1
39.000
296.6
192.0
104.6
-1024.1
10.4
-24284
78.7
-26.5
40.000
294.4
194.1
100.3
-921.5
9.2
-25230
79.9
-27.0
41.000
292.3
196.1
96.2
-823.4
8.2
-26071
80.8
-27.4
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
(mm)
48
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
42.000
290.1
197.9
92.1
-729.1
7.2
-26821
81.3
-27.8
43.000
287.9
199.7
88.2
-639.0
6.2
-27474
81.6
-28.2
44.000
285.7
201.3
84.4
-552.7
5.3
-28043
81.6
-28.5
45.000
283.5
202.8
80.7
-470.1
4.5
-28525
81.3
-28.9
46.000
281.1
204.3
76.9
-391.4
3.7
-28927
80.8
-29.2
47.000
278.8
205.6
73.2
-316.4
3.0
-29251
80.2
-29.5
48.000
276.4
206.8
69.6
-245.0
2.3
-29504
79.3
-29.8
49.000
274.0
207.8
66.2
-177.2
1.6
-29685
78.3
-30.0
50.000
271.6
208.8
62.8
-112.6
1.0
-29803
77.2
-30.2
51.000
269.2
209.6
59.7
-51.4
0.5
-29855
76.0
-30.4
52.000
266.9
210.2
56.6
6.8
0.1
-29850
74.6
-30.6
53.000
264.5
210.8
53.7
61.9
0.5
-29786
73.2
-30.8
54.000
262.1
211.1
51.0
114.3
1.0
-29670
71.7
-30.9
55.000
259.7
211.3
48.4
163.9
1.4
-29501
70.1
-31.1
56.000
257.3
211.3
46.0
211.1
1.8
-29286
69.6
-31.2
57.000
254.9
211.2
43.7
255.9
2.2
-29023
68.9
-31.2
58.000
252.6
211.0
41.6
298.6
2.6
-28718
68.2
-31.3
59.000
250.2
210.6
39.6
339.1
2.9
-28369
67.4
-31.3
60.000
247.8
210.2
37.6
377.8
3.3
-27983
66.5
-31.4
61.000
245.1
209.6
35.5
414.3
3.6
-27558
65.5
-31.4
62.000
242.5
209.0
33.5
448.9
3.9
-27098
64.4
-31.3
63.000
239.8
208.3
31.5
481.3
4.2
-26604
63.2
-31.3
64.000
237.1
207.6
29.5
511.9
4.4
-26079
61.9
-31.2
65.000
234.5
206.9
27.5
540.4
4.7
-25524
60.6
-31.1
66.000
231.8
206.2
25.6
567.0
4.9
-24942
59.2
-31.0
67.000
229.1
205.5
23.6
591.5
5.1
-24334
57.8
-30.9
68.000
226.4
204.8
21.6
614.1
5.3
-23703
56.3
-30.8
69.000
223.8
204.1
19.7
634.7
5.5
-23049
54.7
-30.6
70.000
221.1
203.4
17.7
653.5
5.7
-22377
53.2
-30.5
71.000
218.4
202.7
15.7
670.1
5.8
-21686
51.5
-30.3
72.000
215.8
202.0
13.7
684.9
5.9
-20980
49.8
-30.1
73.000
213.1
201.3
11.8
697.6
6.0
-20260
48.1
-29.9
74.000
210.4
200.6
9.8
708.4
6.1
-19529
46.4
-29.6
75.000
207.8
199.9
7.8
717.2
6.2
-18787
44.6
-29.4
76.000
205.1
199.3
5.8
724.0
6.3
-18038
42.8
-29.1
77.000
202.4
198.6
3.9
728.8
6.3
-17283
41.1
-28.8
78.000
199.8
197.9
1.9
731.8
6.3
-16524
39.3
-28.6
79.000
197.1
197.2
-0.1
732.6
6.3
-15763
37.4
-28.3
80.000
194.4
196.5
-2.0
731.6
6.3
-15002
35.6
-27.9
81.000
191.7
195.8
-4.0
728.5
6.3
-14244
33.8
-27.6
82.000
189.1
195.1
-6.0
723.6
6.3
-13489
32.0
-27.3
83.000
186.4
194.4
-8.0
716.6
6.2
-12740
30.3
-27.0
84.000
183.7
193.7
-9.9
707.7
6.1
-11999
28.5
-26.6
85.000
181.1
193.0
-11.9
696.7
6.0
-11269
26.8
-26.2
86.000
178.4
192.3
-13.9
683.8
6.0
-10549
25.1
-25.9
87.000
175.7
191.6
-15.9
668.9
5.9
-9845
23.4
-25.5
88.000
173.1
190.9
-17.8
652.1
5.7
-9155
21.7
-25.1
89.000
170.4
190.2
-19.8
633.3
5.6
-8484
20.2
-24.7
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
49
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
90.000
167.7
189.5
-21.8
612.5
5.4
-7832
18.6
-24.3
91.000
164.9
188.8
-23.8
589.7
5.3
-7203
17.1
-23.9
92.000
162.2
188.0
-25.8
564.9
5.1
-6597
15.7
-23.5
93.000
159.4
187.0
-27.6
538.1
4.9
-6017
14.4
-23.1
94.000
156.6
185.8
-29.2
509.7
4.6
-5464
13.4
-22.7
95.000
153.8
184.3
-30.5
479.8
4.4
-4941
12.3
-22.3
96.000
151.0
182.5
-31.4
448.8
4.1
-4448
11.3
-21.9
97.000
148.3
180.3
-32.0
417.1
3.9
-3987
10.4
-21.4
98.000
145.5
177.7
-32.2
384.9
3.6
-3557
9.4
-21.0
99.000
142.7
174.8
-32.1
352.7
3.3
-3160
8.6
-20.6
100.000
139.9
171.5
-31.6
320.9
3.0
-2794
7.7
-20.1
101.000
137.2
167.9
-30.8
289.7
2.8
-2461
7.0
-19.7
102.000
134.4
164.0
-29.7
259.5
2.6
-2157
6.3
-19.3
103.000
131.6
160.0
-28.4
230.4
2.3
-1884
5.6
-18.8
104.000
128.8
155.7
-26.9
202.8
2.1
-1639
5.0
-18.4
105.000
126.0
151.3
-25.2
176.7
1.9
-1421
4.4
-17.9
106.000
122.7
146.7
-24.0
152.1
1.7
-1228
3.9
-17.5
107.000
119.4
142.0
-22.6
128.8
1.4
-1060
3.5
-17.1
108.000
116.1
137.2
-21.1
106.9
1.2
-913
3.1
-16.6
109.000
112.8
132.4
-19.6
86.5
1.0
-788
2.7
-16.2
110.000
109.5
127.4
-18.0
67.7
0.8
-683
2.4
-15.7
111.000
106.2
122.5
-16.3
50.6
0.6
-595
2.2
-15.3
112.000
102.9
117.4
-14.6
35.2
0.5
-524
2.0
-14.8
113.000
99.6
112.4
-12.8
21.5
0.3
-467
1.8
-14.4
114.000
96.2
107.3
-11.1
9.5
0.1
-423
1.7
-13.9
115.000
92.9
102.3
-9.4
-0.7
0.0
-391
1.6
-13.5
116.000
89.6
97.3
-7.7
-9.2
0.1
-367
1.6
-13.0
117.000
86.3
92.3
-6.0
-16.0
0.2
-351
1.6
-12.6
118.000
83.0
87.4
-4.4
-21.3
0.3
-341
1.6
-12.1
119.000
110.2
82.6
27.6
-39.8
0.6
-353
1.7
-11.7
120.000
104.6
77.9
26.7
-12.7
0.2
-351
1.8
-11.2
121.000
99.1
73.3
25.7
13.6
0.2
-322
1.7
-10.8
122.000
93.5
68.8
24.6
38.8
0.7
-267
1.4
-10.3
123.000
87.9
64.5
23.4
62.8
1.3
-188
1.1
-9.9
124.000
82.3
60.3
22.0
85.5
1.8
-85
0.5
-9.4
125.000
24.3
56.3
-32.0
69.9
1.5
27
0.1
-9.0
126.000
23.4
52.5
-29.1
39.4
0.9
110
0.6
-8.5
127.000
22.5
48.7
-26.2
11.8
0.3
163
0.9
-8.1
128.000
21.6
45.1
-23.6
-13.1
0.3
191
1.1
-7.6
129.000
20.6
41.6
-21.0
-35.3
0.9
195
1.2
-7.2
130.000
28.7
38.3
-9.6
-49.5
1.4
180
1.2
-6.7
131.000
28.1
35.0
-6.9
-57.6
1.8
155
1.1
-6.3
132.000
27.6
31.9
-4.3
-63.3
2.1
123
0.9
-5.8
133.000
27.0
28.9
-1.8
-66.3
2.4
86
0.7
-5.4
134.000
26.5
25.9
0.6
-66.9
2.6
48
0.4
-4.9
135.000
25.9
23.1
2.8
-65.2
2.8
10
0.1
-4.5
136.000
25.4
20.3
5.0
-61.3
2.9
-24
0.3
-4.0
137.000
24.8
17.8
7.1
-55.2
2.9
-54
0.8
-3.6
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
50
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
138.000
24.2
15.3
8.9
-47.2
2.9
-77
1.4
-3.1
139.000
23.7
13.1
10.6
-37.4
2.7
-91
1.9
-2.7
140.000
23.1
11.0
12.1
-26.1
2.2
-95
2.4
-2.2
141.000
22.6
9.1
13.5
-13.2
1.4
-86
2.7
-1.8
142.000
9.7
7.3
2.4
-10.1
1.4
-69
2.8
-1.3
143.000
8.4
5.5
3.0
-7.4
1.6
-49
3.0
-0.9
144.000
7.2
3.6
3.6
-4.2
1.8
-26
3.3
-0.4
145.000
5.9
0.0
5.9
0.0
0.0
0
0.0
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
51
Intact stability
Stability booklet
Containerized cargo - Departure
1116 TEU - Multipurpose
Designer
Nemanja Surbatovic
Created by
Nemanja Surbatovic
Comment
Filename
Nemanja Surbatovic Final.fbm
Design length
145.00 (m)
Midship location
72.500 (m)
Length over all
150.00 (m)
Relative water density
1.0250
Design beam
24.840 (m)
Mean shell thickness
0.0130 (m)
Maximum beam
24.840 (m)
Appendage coefficient
1.0000
Design draft
8.280 (m)
Calculation settings
Center of gravity of tanks containing liquids
:
Actual COG
Container cargo
-5
0
0
5
10
15
10
20
25
30
20
35
40
45
30
50
55
60
40
65
70
75
50
80
85
90
60
95
100
105
70
110
115
120
125
80
130
90
135
140
145
100
150
155
110
160
165
170
120
175
180
185
130
190
195
200
205
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
52
Intact stability
Stability booklet
FOT 1 C
BT AP.PS
BT AP.PS
BT AP.SB
FOT 2 PS
BT FP
FOT 1 C
FOT 1 SB
FOT 1 PS
BT S0.SB
BT S0.PS
FOT Day
ERT1 PS
-5
0
5
10
15
20
25
30
35
40
45
55
BT H1.PS
BT H1.SB
FOT Day
BT B0.PS
50
BT B1.1.PS
60
65
70
BT B2.1.PS
75
80
85
BT B3.1.PS
90
95
100
105
BT B4.1.PS
110
115
120
BT B5.1.PS
125
130
135
140
BT B6.1PS
145
150
155
160
BT B7.PS BT B8.PS
165
170
175
180
185
190
195
200
205
0.000 (CL)
PS
#8
ERT1 PS
ERT1 SB
#38PS
ERT2
ERT2 SB
SB PS
BT B0.PS BT B0.SB
SB PS
#48
BT B1.1.PS BT B1.2.SB
BT B1.2.PS
BT B1.1.SB
SB PS
#57
SB
FOT 1 PS
FOT 2 PS
FOT 1 C
10.000
FOT 2 SB
FOT 1 SB
BT S2.PS
BT S2.SB BT S3.PS
BT H2.PS
BT S2.PS
BT S0.PS
BT S3.PS
BT S4.PS
BT H2.SB
BT B2.1.PS
BT B2.2.SB
BT B2.2.PS
BT B2.1.SB
BT S5.PS
BT H1.PS
BT H6.PS
PS
#77
SB PS
BT S3.SB BT S4.PS
BT H3.PS
BT H3.SB
BT B3.1.PS
BT 3.2.SB
BT B3.2.PS
BT B3.1.SB
#95
SB PS
BT S4.SB BT S5.PS
BT H4.PS
BT H4.SB
#113
BT S5.SB
BT H5.PS
BT B4.1.PS
BT B4.2.SB
BT B4.2.PS
BT B4.1.SB
BT H5.SB
BT B5.1.PS BT B5.2.SB
BT B5.2.PS
BT B5.1.SB
SB PS
#131
SB
BT H7.PS
FOT 1 PS
BT AP.PS
FOT 2 PS
FOT 1 C
BT FP 8.300
BT AP.SB
FOT 2 SB
FOT 1 SB
BT H7.SB
BT S0.SB
BT H6.SB
BT H1.SB
BT S2.SB
BT S2.PS
BT S0.PS
BT H1.PS
BT H2.PS
BT S3.SB
BT S4.SB
BT S5.SB
BT S3.PS
BT S4.PS
BT S5.PS
BT H3.PS
BT H4.PS
BT H5.PS
BT H6.PS
BT H6.SB
BT H7.PS
BT H7.SB
FOT 2 PS
FOT 2 SB
BT FP
BT H6.PS
BT B6.2.SB
BT B6.1PS
BT B6.2.PS
BT B6.1.SB
BT H7.PS
FOT 1 PS
PS
#151
SB PS
BT B7.PS
BT B8.PS
BT B8.SB
BT B7.SB
#163
SB PS
#171
SB PS
#199
SB
FOT 2 PS
FOT Day
FOT 2 SB
FOT 1 SB
BT FP 2.500
Cargo
BT H7.SB
Fuel
BT S0.SB
BT H1.SB
BT H2.SB
BT H5.SB
BT H6.SB
BT H3.SB
BT H4.SB
BT S3.SB
BT S4.SB
BT S5.SB
BT B2.2.PS
BT B3.2.PS
BT B4.2.PS
BT B5.2.PS
BT B1.1.PS
BT B2.1.PS
BT B3.1.PS
BT B4.1.PS
BT B5.1.PS
BT B6.1PS
BT B7.PS
BT B1.1.SB
BT B2.1.SB
BT B3.1.SB
BT B4.1.SB
BT B5.1.SB
BT B6.1.SB
BT B7.SB
BT B2.2.SB
BT 3.2.SB
BT B4.2.SB
BT B5.2.SB
BT S2.SB
Other Stores
Ballast
BT B1.2.PS
ERT2 PS
BT B0.PS
BT B6.2.PS
ERT1 PS
ERT2 SB
BT B8.PS
0.700
ERT1 SB
BT B0.SB
BT B1.2.SB
BT B8.SB
BT B6.2.SB
Hydrostatic particulars
List
GG'
0.000 (m)
Draft aft pp
0.0 (CL) (Degr.)
8.280 (m)
VCG'
9.985 (m)
Mean moulded draft
8.280 (m)
Max VCG'
10.046 (m)
Draft forward pp
8.280 (m)
GM solid
0.211 (m)
Trim
0.000 (m)
G'M liquid
KM
10.196 (m)
VCG
9.985 (m)
0.211 (m)
Immersion rate
MCT
29.056 (t/cm)
245.1 (t*m/cm)
Summary
Description
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000
23.000
0.0
13100.0
74.606
0.000
11.402
0.0
1026.0
67.201
0.000
7.369
0.0
114.0
24.486
0.000
0.772
0.0
0.0
0.000
0.000
0.000
0.0
6010.0
64.939
0.000 (CL)
7.431
Deadweight
14280.0
73.492
0.000 (CL)
11.060
0.0
Displacement
20290.0
70.959
0.000 (CL)
9.985
0.0
Crew
Cargo
Fuel
Other Stores
Ballast
Lightship
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
53
Intact stability
Description
Stability booklet
Density
Fill%
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000 (CL)
23.000
0.0
1st Column
264.0
17.599
0.000 (CL)
11.402
0.0
2nd Column
274.0
24.257
0.000 (CL)
11.402
0.0
3rd Column
274.0
30.415
0.000 (CL)
11.402
0.0
4th Column
738.0
37.949
0.000 (CL)
11.402
0.0
5th Column
876.0
44.107
0.000 (CL)
11.402
0.0
6th Column
884.0
50.765
0.000 (CL)
11.402
0.0
7th Column
910.0
56.923
0.000 (CL)
11.402
0.0
8th Column
942.0
63.581
0.000 (CL)
11.402
0.0
9th Column
962.0
69.739
0.000 (CL)
11.402
0.0
10th Column
992.0
76.397
0.000 (CL)
11.402
0.0
11th Column
1034.0
82.555
0.000 (CL)
11.402
0.0
12th Column
1058.0
89.213
0.000 (CL)
11.402
0.0
13th Column
1064.0
95.371
0.000 (CL)
11.402
0.0
14th Column
980.0
102.029
0.000 (CL)
11.402
0.0
15th Column
804.0
108.773
0.000 (CL)
11.402
0.0
16th Column
712.0
115.431
0.000 (CL)
11.402
0.0
17th Column
332.0
122.809
0.000 (CL)
11.402
0.0
13100.0
74.606
0.000 (CL)
11.402
0.0
(t/m3)
Crew
crew
Cargo
Totals for Cargo
Fuel
FOT 1 C
0.8901
100.0
148.5
32.160
0.000 (CL)
8.014
0.0
FOT 1 PS
0.8901
100.0
211.8
32.160
5.508 (PS)
7.423
0.0
FOT 1 SB
0.8901
100.0
211.8
32.160
-5.508 (SB)
7.423
0.0
FOT Day
0.8901
100.0
50.3
32.160
0.000 (CL)
2.720
0.0
FOT 2 PS
0.8901
100.0
201.8
121.245
2.263 (PS)
7.654
0.0
FOT 2 SB
0.8901
100.0
201.8
121.245
-2.263 (SB)
7.654
0.0
1026.0
67.201
0.000 (CL)
7.369
0.0
Totals for Fuel
Other Stores
ERT1 PS
0.9002
100.0
34.8
23.976
1.271 (PS)
0.719
0.0
ERT1 SB
0.9002
100.0
34.8
23.976
-1.271 (SB)
0.719
0.0
ERT2 PS
0.9002
100.0
22.2
25.286
3.658 (PS)
0.854
0.0
ERT2 SB
0.9002
100.0
22.2
25.286
-3.658 (SB)
0.854
0.0
114.0
24.486
0.000 (CL)
0.772
0.0
Totals for Other Stores
Ballast
BT AP.PS
1.0250
0.0
0.0
6.605
2.737 (PS)
7.914
0.0
BT AP.SB
1.0250
0.0
0.0
6.605
-2.737 (SB)
7.914
0.0
BT B0.PS
1.0250
0.0
0.0
32.217
3.335 (PS)
0.763
0.0
BT B0.SB
1.0250
0.0
0.0
32.217
-3.335 (SB)
0.763
0.0
BT B1.1.PS
1.0250
0.0
0.0
40.442
2.581 (PS)
0.705
0.0
BT B1.1.SB
1.0250
0.0
0.0
40.442
-2.581 (SB)
0.705
0.0
BT B1.2.PS
1.0250
0.0
0.0
41.270
6.985 (PS)
0.814
0.0
BT B1.2.SB
1.0250
0.0
0.0
41.270
-6.985 (SB)
0.814
0.0
BT B2.1.PS
1.0250
0.0
0.0
53.040
2.582 (PS)
0.705
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
54
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
BT B2.1.SB
1.0250
0.0
0.0
53.040
-2.582 (SB)
0.705
0.0
BT B2.2.PS
1.0250
0.0
0.0
53.327
7.908 (PS)
0.756
0.0
BT B2.2.SB
1.0250
0.0
0.0
53.327
-7.908 (SB)
0.756
0.0
BT B3.1.PS
1.0250
0.0
0.0
66.000
2.582 (PS)
0.705
0.0
BT B3.1.SB
1.0250
0.0
0.0
66.000
-2.582 (SB)
0.705
0.0
BT B3.2.PS
1.0250
0.0
0.0
66.003
8.155 (PS)
0.746
0.0
BT 3.2.SB
1.0250
0.0
0.0
66.003
-8.155 (SB)
0.746
0.0
BT B4.1.PS
1.0250
0.0
0.0
78.960
2.582 (PS)
0.705
0.0
BT B4.1.SB
1.0250
0.0
0.0
78.960
-2.582 (SB)
0.705
0.0
BT B4.2.PS
1.0250
0.0
0.0
78.960
8.157 (PS)
0.746
0.0
BT B4.2.SB
1.0250
0.0
0.0
78.960
-8.157 (SB)
0.746
0.0
BT B5.1.PS
1.0250
0.0
0.0
92.280
2.582 (PS)
0.705
0.0
BT B5.1.SB
1.0250
0.0
0.0
92.280
-2.582 (SB)
0.705
0.0
BT B5.2.PS
1.0250
0.0
0.0
92.174
8.098 (PS)
0.747
0.0
BT B5.2.SB
1.0250
0.0
0.0
92.174
-8.098 (SB)
0.747
0.0
BT B6.1PS
1.0250
0.0
0.0
105.600
2.582 (PS)
0.705
0.0
BT B6.1.SB
1.0250
0.0
0.0
105.600
-2.582 (SB)
0.705
0.0
BT B6.2.PS
1.0250
0.0
0.0
104.418
7.122 (PS)
0.766
0.0
BT B6.2.SB
1.0250
0.0
0.0
104.418
-7.122 (SB)
0.766
0.0
BT B7.PS
1.0250
0.0
0.0
115.126
2.862 (PS)
0.736
0.0
BT B7.SB
1.0250
0.0
0.0
115.126
-2.862 (SB)
0.736
0.0
BT B8.PS
1.0250
0.0
0.0
121.245
1.957 (PS)
0.741
0.0
BT B8.SB
1.0250
0.0
0.0
121.245
-1.957 (SB)
0.741
0.0
BT S0.PS
1.0250
0.0
0.0
32.282
8.654 (PS)
5.214
0.0
BT S0.SB
1.0250
0.0
0.0
32.282
-8.654 (SB)
5.214
0.0
BT S2.PS
1.0250
0.0
0.0
53.447
11.288 (PS)
5.566
0.0
BT S2.SB
1.0250
0.0
0.0
53.447
-11.288 (SB)
5.566
0.0
BT S3.PS
1.0250
0.0
0.0
66.004
11.391 (PS)
5.410
0.0
BT S3.SB
1.0250
0.0
0.0
66.004
-11.391 (SB)
5.410
0.0
BT S4.PS
1.0250
0.0
0.0
78.960
11.392 (PS)
5.409
0.0
BT S4.SB
1.0250
0.0
0.0
78.960
-11.392 (SB)
5.409
0.0
BT S5.PS
1.0250
0.0
0.0
92.050
11.354 (PS)
5.442
0.0
BT S5.SB
1.0250
0.0
0.0
92.050
-11.354 (SB)
5.442
0.0
BT H1.PS
1.0250
0.0
0.0
39.585
9.103 (PS)
5.032
0.0
BT H1.SB
1.0250
0.0
0.0
39.585
-9.103 (SB)
5.032
0.0
BT H2.PS
1.0250
0.0
0.0
53.040
9.073 (PS)
2.720
0.0
BT H2.SB
1.0250
0.0
0.0
53.040
-9.073 (SB)
2.720
0.0
BT H3.PS
1.0250
0.0
0.0
66.000
9.073 (PS)
2.720
0.0
BT H3.SB
1.0250
0.0
0.0
66.000
-9.073 (SB)
2.720
0.0
BT H4.PS
1.0250
0.0
0.0
78.960
9.073 (PS)
2.719
0.0
BT H4.SB
1.0250
0.0
0.0
78.960
-9.073 (SB)
2.719
0.0
BT H5.PS
1.0250
0.0
0.0
92.280
9.073 (PS)
2.720
0.0
BT H5.SB
1.0250
0.0
0.0
92.280
-9.073 (SB)
2.720
0.0
BT H6.PS
1.0250
0.0
0.0
105.915
8.603 (PS)
4.996
0.0
BT H6.SB
1.0250
0.0
0.0
105.915
-8.603 (SB)
4.996
0.0
BT H7.PS
1.0250
0.0
0.0
115.030
6.095 (PS)
5.317
0.0
BT H7.SB
1.0250
0.0
0.0
115.030
-6.095 (SB)
5.317
0.0
BT FP
1.0250
0.0
0.0
139.592
0.000 (CL)
6.087
0.0
0.0
0.000
0.000 (CL)
0.000
0.0
6010.0
64.939
0.000 (CL)
7.431
Totals for Ballast
Lightship
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
55
Intact stability
Description
Stability booklet
Density
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
Deadweight
14280.0
73.492
0.000 (CL)
11.060
0.0
Displacement
20290.0
70.959
0.000 (CL)
9.985
0.0
(t/m3)
Fill%
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56
Intact stability
Stability booklet
Righting levers
Heeling angle
Draft
Trim
Displacement
KN sin(ø)
VCG sin(ø)
GG' sin(ø)
TCG cos(ø)
GZ
Area
(Degr.)
(m)
(m)
(tonnes)
(m)
(m)
(m)
(m)
(m)
(mrad)
0.0º (CL)
8.280
0.000
20290.0
0.000
0.000
0.000
0.000
0.000
0.000
2.5º (PS)
8.278
0.007
20290.0
0.445
0.436
0.000
0.000
0.010
0.000
5.0º (PS)
8.271
0.033
20290.0
0.891
0.870
0.000
0.000
0.021
0.001
10.0º (PS)
8.242
0.140
20290.0
1.791
1.734
0.000
0.000
0.057
0.004
15.0º (PS)
8.190
0.336
20289.9
2.710
2.584
0.000
0.000
0.125
0.012
20.0º (PS)
8.126
0.674
20290.0
3.638
3.415
0.000
0.000
0.223
0.027
25.0º (PS)
8.109
1.083
20290.0
4.489
4.220
0.000
0.000
0.269
0.049
30.0º (PS)
8.097
1.538
20289.9
5.321
4.993
0.000
0.000
0.328
0.075
35.0º (PS)
8.057
2.016
20290.0
6.141
5.727
0.000
0.000
0.413
0.107
40.0º (PS)
8.032
2.472
20290.1
6.843
6.418
0.000
0.000
0.425
0.144
45.0º (PS)
8.030
2.935
20290.2
7.396
7.061
0.000
0.000
0.335
0.178
50.0º (PS)
8.041
3.469
20290.1
7.815
7.649
0.000
0.000
0.166
0.201
55.0º (PS)
8.062
4.163
20290.0
8.125
8.179
0.000
0.000
-0.054
0.206
60.0º (PS)
8.088
5.126
20290.0
8.343
8.647
0.000
0.000
-0.305
0.206
65.0º (PS)
8.104
6.641
20290.1
8.498
9.050
0.000
0.000
-0.551
0.206
70.0º (PS)
8.064
9.347
20290.0
8.632
9.383
0.000
0.000
-0.751
0.206
75.0º (PS)
7.958
14.157
20290.0
8.714
9.645
0.000
0.000
-0.931
0.206
80.0º (PS)
7.755
23.788
20290.1
8.714
9.833
0.000
0.000
-1.120
0.206
85.0º (PS)
7.163
52.754
20290.0
8.631
9.947
0.000
0.000
-1.316
0.206
90.0º (PS)
0.000
29026.811
20290.0
8.472
9.985
0.000
0.000
-1.513
0.206
95.0º (PS)
9.515
-63.496
20290.0
8.245
9.947
0.000
0.000
-1.702
0.206
100.0º (PS)
8.923
-34.542
20290.1
7.957
9.833
0.000
0.000
-1.876
0.206
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
57
Intact stability
Stability booklet
Stability curve
IMO MSC.267(85) - Minimum design criteria applicable to all ships
Angle of max GZ=38.1º
0.4
0.3
Area B=0.123
0.2
GM=0.211 Steady wind lever
Max. GZ
Area A=0.027
Wind gust lever
0.1
0.0
at 30º or greater=0.432
Angle of heel under action of steady wind=11.5º
Rollback angle=-5.1º Gust equilibrium=14.0º
-0.1
-0.2
Downflooding angle=58.0º
-0.3
Righting lever (m)
-0.4
-0.5
-0.6
-0.7
-0.8
-0.9
No FSC
-1.0
-1.1
-1.2
-1.3
-1.4
Constant FSC
-1.5
-1.6
-1.7
-1.8
-1.9
-10
0
10
20
30
40
50
60
70
80
90
100
Heeling angle (°)
Critical points
Description
Type
X coordinate
Y coordinate Z coordinate
Dist. to wl
Submersion angle
(m)
(m)
(m)
(m)
(Degr.)
0.000 (CL)
6.620
-1.660
0.0 (CL)
Main propeller
Marker
1.750
Bowthruster
Marker
136.120
0.000 (CL)
2.780
-5.500
0.0 (CL)
<>
Downflooding
7.000
8.000 (PS)
18.750
10.470
58.0 (PS)
Evaluation of criteria
IMO MSC.267(85) - Minimum design criteria applicable to all ships
International Code on Intact Stability (2008), Part A, §2.2 - §2.3
Description
Attained value
Area 0º - 30º
Area 0º - 40º
Area 30º - 40º
Max. GZ at 30º or greater
0.0745
0.1444
0.0698
0.432
(mrad)
(mrad)
(mrad)
(m)
Lower angle
30.0 (Degr.)
Upper angle
90.0 (Degr.)
Angle of max GZ
Initial metacentric height
Severe wind and rolling criterion (weather criterion)
Wind silhouette:
38.1 (Degr.)
0.211 (m)
>=
>=
>=
>=
>=
>=
Required value
0.0550
0.0900
0.0300
0.200
Complies
(mrad)
(mrad)
(mrad)
(m)
YES
YES
YES
YES
25.0 (Degr.)
0.150 (m)
YES
YES
YES
Container cargo
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
Criterion
58
Intact stability
Stability booklet
Evaluation of criteria
Windspeed
50.54 (kn.)
51.4 (kg/m2)
Wind pressure
2286.68 (m2)
Wind area
Steady wind lever
0.072 (m)
Deck immersion angle
17.17 (Degr.)
Wind gust lever
0.108 (m)
Ratio of areaA/areaB
0.223
Maximum allowed static heeling angle
11.5 (Degr.)
Max allowed ratio static angle/deck immersion angle
0.668
<=
<=
<=
1.000
16.0 (Degr.)
0.800
YES
YES
YES
The condition complies with the stability criteria
9/9/2019 DELFTship 11.30 (317)
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59
Intact stability
Stability booklet
Bending moment and shearforce calculation
225
200
175
150
125
100
75
25
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
Weight
Sectional areas
0
195 200 205
Load
-25
Weight (tonnes/m)
50
-50
-75
-100
-125
-150
-175
-200
-225
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Shear force
11000
10000
9000
8000
7000
6000
5000
4000
2000
1000
Shear force
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
0
195 200 205
-1000
-2000
Shear force (tonnes)
3000
-3000
-4000
-5000
-6000
-7000
-8000
-9000
-10000
-11000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
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60
Intact stability
Stability booklet
Bending moment
50000
40000
30000
10000
Bending moment
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-10000
Bending moment (t*m)
20000
-20000
-30000
-40000
-50000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Deflection
12
11
10
9
8
7
6
5
4
2
1
Deflection
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
0
195 200 205
-1
-2
Deflection (mm)
3
-3
-4
-5
-6
-7
-8
-9
-10
-11
-12
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Summary
Mean moulded draft
8.280 (m)
Trim
Displacement
20290.0 (tonnes)
Minimum shearforce
-334.59 (tonnes)
2.8% Distance from app
373.84 (tonnes)
Maximum shearforce
GM
0.000 (m)
0.211 (m)
86.184 (m)
3.2% Distance from app
34.320 (m)
Maximum sagging moment
-1750.93 (t*m)
8.9% Distance from app
120.000 (m)
Maximum hogging moment
10805.59 (t*m)
20.2% Distance from app
56.000 (m)
12.2 (mm)
Distance from app
60.552 (m)
Max. deflection
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
61
Intact stability
Stability booklet
Summary
The condition complies with the longitudinal strength criteria
9/9/2019 DELFTship 11.30 (317)
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62
Intact stability
Stability booklet
Weightlist
Description
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
Forward
(m)
FOT 1 C
148.5
32.160
0.000 (CL)
8.014
30.000
34.320
FOT 1 PS
211.8
32.160
5.508 (PS)
7.423
30.000
34.320
FOT 1 SB
211.8
32.160
-5.508 (SB)
7.423
30.000
34.320
FOT Day
50.3
32.160
0.000 (CL)
2.720
30.000
34.320
FOT 2 PS
201.8
121.245
2.263 (PS)
7.654
118.560
124.320
FOT 2 SB
201.8
121.245
-2.263 (SB)
7.654
118.560
124.320
ERT1 PS
34.8
23.976
1.271 (PS)
0.719
17.760
30.000
ERT1 SB
34.8
23.976
-1.271 (SB)
0.719
17.760
30.000
ERT2 PS
22.2
25.286
3.658 (PS)
0.854
17.760
30.000
ERT2 SB
22.2
25.286
-3.658 (SB)
0.854
17.760
30.000
Forecastle
40.0
134.570
0.000 (CL)
13.500
129.360
145.000
Aftercastle
170.0
4.390
0.000 (CL)
13.500
-5.000
13.440
Superstructure
180.0
9.720
0.000 (CL)
23.000
5.400
13.440
Engine
280.0
21.660
0.000 (CL)
4.660
17.560
25.760
Other machinery in ER
410.0
21.660
0.000 (CL)
5.000
12.000
30.000
Hatch covers
670.0
76.600
0.000 (CL)
14.600
34.044
118.180
Aft equipment
20.0
0.000
0.000 (CL)
15.200
-5.000
5.400
Fore equipment
90.0
136.250
0.000 (CL)
15.200
129.360
141.083
Ship Systems
150.0
86.100
0.000 (CL)
7.950
-5.000
145.000
Electrical systems
120.0
86.100
0.000 (CL)
7.950
-5.000
145.000
hull 1
435.6
16.777
0.000 (CL)
4.800
-5.000
30.000
hull 2
378.3
37.862
0.000 (CL)
4.800
30.000
45.000
hull 3
465.5
52.674
0.000 (CL)
4.800
45.000
60.000
hull 4
995.6
75.000
0.000 (CL)
4.800
60.000
90.000
hull 5
485.4
97.436
0.000 (CL)
4.800
90.000
105.000
hull 6
502.5
114.150
0.000 (CL)
4.800
105.000
125.000
hull 7
187.2
131.667
0.000 (CL)
4.800
125.000
145.000
Reserve
430.0
70.960
0.000 (CL)
9.703
-5.000
145.000
crew
40.0
9.720
0.000 (CL)
23.000
5.400
13.440
1st Column
264.0
17.599
0.000 (CL)
11.402
14.570
20.628
2nd Column
274.0
24.257
0.000 (CL)
11.402
21.228
27.286
3rd Column
274.0
30.415
0.000 (CL)
11.402
27.386
33.444
4th Column
738.0
37.949
0.000 (CL)
11.402
34.920
40.978
5th Column
876.0
44.107
0.000 (CL)
11.402
41.078
47.136
6th Column
884.0
50.765
0.000 (CL)
11.402
47.736
53.794
7th Column
910.0
56.923
0.000 (CL)
11.402
53.894
59.952
8th Column
942.0
63.581
0.000 (CL)
11.402
60.552
66.610
9th Column
962.0
69.739
0.000 (CL)
11.402
66.710
72.768
10th Column
992.0
76.397
0.000 (CL)
11.402
73.368
79.426
11th Column
1034.0
82.555
0.000 (CL)
11.402
79.526
85.584
12th Column
1058.0
89.213
0.000 (CL)
11.402
86.184
92.242
13th Column
1064.0
95.371
0.000 (CL)
11.402
92.342
98.400
14th Column
980.0
102.029
0.000 (CL)
11.402
99.000
105.058
15th Column
804.0
108.773
0.000 (CL)
11.402
105.744
111.802
16th Column
712.0
115.431
0.000 (CL)
11.402
112.402
118.460
17th Column
332.0
122.809
0.000 (CL)
11.402
119.780
125.838
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
63
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
-5.000
17.6
0.0
17.6
0.00
0.0
0
0.0
0.0
-4.000
18.1
0.0
18.1
17.99
1.2
13
1.5
0.3
-3.000
18.7
0.3
18.3
36.17
2.2
36
2.0
0.5
-2.000
19.2
1.3
17.9
54.32
2.9
80
3.0
0.8
-1.000
19.8
2.6
17.1
71.83
3.4
144
4.0
1.1
0.000
20.3
4.1
16.2
88.53
3.8
223
5.0
1.3
1.000
20.9
5.8
15.1
104.14
4.1
320
6.0
1.6
2.000
21.4
7.6
13.8
118.62
4.3
431
6.9
1.9
3.000
22.0
9.5
12.4
131.74
4.4
556
7.8
2.1
4.000
22.5
13.5
9.1
142.66
4.5
693
8.6
2.4
5.000
23.1
19.0
4.1
149.32
4.4
839
9.4
2.7
6.000
44.1
27.4
16.7
161.60
4.4
992
10.1
2.9
7.000
46.2
33.4
12.8
176.26
4.6
1162
10.9
3.2
8.000
48.3
39.2
9.1
187.29
4.6
1343
11.6
3.5
9.000
50.5
45.0
5.4
194.48
4.5
1534
12.3
3.7
10.000
52.6
50.8
1.8
198.15
4.4
1730
12.9
4.0
11.000
54.7
56.5
-1.8
198.07
4.2
1929
13.5
4.3
12.000
56.8
62.1
-5.3
194.58
3.9
2125
14.0
4.5
13.000
77.3
67.7
9.6
205.53
4.0
2325
14.5
4.8
14.000
35.8
73.2
-37.4
189.28
3.5
2528
14.9
5.0
15.000
80.5
78.6
1.9
168.38
3.0
2701
15.2
5.3
16.000
81.6
84.0
-2.4
168.16
2.9
2870
15.3
5.5
17.000
82.7
89.4
-6.7
163.50
2.7
3035
15.5
5.8
18.000
124.6
94.7
29.9
171.40
2.7
3198
15.6
6.0
19.000
126.1
99.9
26.3
199.41
3.1
3384
15.8
6.3
20.000
127.7
104.9
22.8
224.00
3.3
3595
16.1
6.5
21.000
85.7
109.8
-24.2
228.79
3.3
3826
16.5
6.8
22.000
132.4
114.6
17.8
237.97
3.3
4056
16.9
7.0
23.000
134.0
119.2
14.8
254.21
3.5
4303
17.2
7.2
24.000
135.5
123.6
11.9
267.61
3.5
4563
17.7
7.5
25.000
137.1
127.9
9.2
278.10
3.6
4836
18.1
7.7
26.000
104.5
132.0
-27.5
277.86
3.5
5117
18.5
7.9
27.000
106.0
135.9
-29.9
249.10
3.1
5380
18.9
8.2
28.000
107.6
139.7
-32.2
213.56
2.6
5611
19.1
8.4
29.000
109.1
143.4
-34.3
180.26
2.1
5807
19.2
8.6
30.000
110.7
147.0
-36.3
144.96
1.7
5970
19.1
8.8
31.000
215.4
150.5
64.9
211.27
2.4
6150
19.2
9.0
32.000
215.9
153.8
62.0
274.78
3.1
6391
19.4
9.2
33.000
216.4
157.1
59.3
335.37
3.7
6698
19.8
9.4
34.000
171.7
160.3
11.4
368.21
4.0
7054
20.3
9.6
35.000
157.6
163.4
-5.8
297.39
3.2
7397
20.8
9.8
36.000
158.1
166.4
-8.2
290.40
3.1
7691
21.1
10.0
37.000
158.6
169.3
-10.6
280.90
2.9
7977
21.3
10.1
38.000
159.1
172.1
-12.9
269.15
2.7
8252
21.5
10.3
39.000
159.6
174.8
-15.2
255.04
2.6
8513
21.7
10.5
40.000
160.1
177.4
-17.3
238.85
2.4
8761
21.8
10.6
41.000
38.8
180.0
-141.2
217.86
2.1
8990
21.9
10.8
42.000
183.9
182.4
1.5
209.05
2.0
9198
22.0
10.9
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
64
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
43.000
184.5
184.8
-0.3
209.60
2.0
9407
22.0
11.0
44.000
185.0
187.0
-2.1
208.42
2.0
9616
22.0
11.2
45.000
185.5
189.2
-3.7
205.51
1.9
9823
22.0
11.3
46.000
185.8
191.3
-5.5
200.89
1.9
10026
22.1
11.4
47.000
186.1
193.2
-7.1
194.56
1.8
10224
22.1
11.5
48.000
187.7
195.1
-7.3
100.29
0.9
10365
21.9
11.6
49.000
188.0
196.8
-8.7
92.22
0.8
10461
21.7
11.7
50.000
188.4
198.4
-10.0
82.87
0.7
10549
21.5
11.8
51.000
188.7
199.8
-11.2
72.24
0.6
10626
21.3
11.9
52.000
189.0
201.2
-12.2
60.57
0.5
10692
21.1
12.0
53.000
189.3
202.4
-13.1
47.91
0.4
10746
20.8
12.0
54.000
193.9
203.4
-9.5
20.35
0.2
10785
20.5
12.1
55.000
194.2
204.3
-10.1
10.55
0.1
10800
20.2
12.1
56.000
194.5
205.0
-10.5
0.29
0.0
10806
20.2
12.2
57.000
194.8
205.6
-10.7
-10.33
0.1
10800
20.2
12.2
58.000
195.1
206.0
-10.9
-21.15
0.2
10784
20.2
12.2
59.000
195.4
206.3
-10.9
-32.05
0.3
10757
20.1
12.2
60.000
45.5
206.6
-161.0
-50.13
0.4
10720
20.1
12.2
61.000
201.1
206.7
-5.7
-141.56
1.2
10604
19.8
12.2
62.000
201.1
206.8
-5.7
-147.24
1.3
10459
19.6
12.2
63.000
201.1
206.8
-5.7
-152.95
1.3
10309
19.3
12.2
64.000
201.1
206.8
-5.7
-158.64
1.4
10153
19.0
12.2
65.000
201.2
206.8
-5.7
-164.31
1.4
9991
18.7
12.2
66.000
201.2
206.8
-5.6
-169.95
1.5
9824
18.4
12.1
67.000
204.5
206.8
-2.3
-190.17
1.6
9646
18.0
12.1
68.000
204.5
206.8
-2.3
-192.47
1.7
9454
17.7
12.0
69.000
204.6
206.8
-2.3
-194.74
1.7
9260
17.3
12.0
70.000
204.6
206.8
-2.2
-196.99
1.7
9064
17.0
11.9
71.000
204.6
206.8
-2.2
-199.22
1.7
8866
16.6
11.8
72.000
204.6
206.8
-2.2
-201.43
1.7
8665
16.2
11.8
73.000
45.8
206.8
-161.0
-240.45
2.1
8455
15.8
11.7
74.000
209.6
206.8
2.8
-297.91
2.6
8170
15.3
11.6
75.000
209.6
206.8
2.8
-295.09
2.6
7873
14.7
11.5
76.000
209.7
206.8
2.9
-292.25
2.5
7579
14.2
11.4
77.000
209.7
206.8
2.9
-289.39
2.5
7288
13.6
11.3
78.000
209.7
206.8
2.9
-286.50
2.5
7000
13.1
11.2
79.000
209.7
206.8
2.9
-283.58
2.5
6714
12.6
11.0
80.000
216.7
206.8
9.9
-293.74
2.5
6424
12.0
10.9
81.000
216.7
206.8
9.9
-283.84
2.5
6135
11.5
10.8
82.000
216.7
206.8
9.9
-273.93
2.4
5856
11.0
10.7
83.000
216.8
206.8
10.0
-263.99
2.3
5587
10.4
10.5
84.000
216.8
206.8
10.0
-254.03
2.2
5327
10.0
10.4
85.000
216.8
206.8
10.0
-244.04
2.1
5078
9.5
10.2
86.000
46.2
206.8
-160.7
-305.03
2.7
4824
9.0
10.1
87.000
220.8
206.8
14.0
-323.17
2.8
4497
8.4
9.9
88.000
220.8
206.8
14.0
-309.15
2.7
4180
7.8
9.8
89.000
220.9
206.8
14.1
-295.11
2.6
3878
7.3
9.6
90.000
220.9
206.8
14.1
-281.04
2.5
3589
6.7
9.5
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
65
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
91.000
220.8
206.8
14.0
-267.01
2.4
3315
6.2
9.3
92.000
220.7
206.7
14.0
-253.00
2.3
3055
5.7
9.1
93.000
221.6
206.4
15.2
-255.69
2.3
2797
5.3
9.0
94.000
221.5
205.9
15.7
-240.27
2.2
2548
4.9
8.8
95.000
221.4
205.0
16.4
-224.22
2.0
2316
4.5
8.6
96.000
221.4
203.8
17.6
-207.25
1.9
2099
4.2
8.4
97.000
221.3
202.2
19.1
-188.92
1.7
1901
3.9
8.3
98.000
221.2
200.2
21.0
-168.94
1.6
1721
3.6
8.1
99.000
45.5
197.8
-152.3
-252.17
2.3
1532
3.3
7.9
100.000
207.1
194.9
12.2
-241.37
2.2
1284
2.8
7.7
101.000
207.1
191.8
15.3
-227.58
2.2
1050
2.3
7.6
102.000
207.0
188.3
18.7
-210.70
2.0
830
1.9
7.4
103.000
206.9
184.6
22.3
-190.17
1.9
629
1.5
7.2
104.000
206.8
180.6
26.2
-166.04
1.7
450
1.1
7.0
105.000
206.7
176.5
30.2
-137.86
1.4
297
0.7
6.8
106.000
177.0
172.1
4.9
-224.19
2.4
108
0.3
6.6
107.000
176.4
167.6
8.8
-217.28
2.4
-114
0.4
6.5
108.000
175.8
163.0
12.8
-206.56
2.3
-326
1.1
6.3
109.000
175.2
158.2
17.0
-191.57
2.2
-526
1.8
6.1
110.000
174.6
153.3
21.3
-172.53
2.1
-709
2.5
5.9
111.000
174.0
148.3
25.7
-148.96
1.8
-869
3.2
5.7
112.000
40.6
143.2
-102.5
-147.41
1.9
-1008
3.8
5.5
113.000
157.5
138.0
19.5
-177.30
2.3
-1185
4.6
5.4
114.000
156.9
132.8
24.2
-155.54
2.1
-1352
5.4
5.2
115.000
156.3
127.5
28.8
-128.96
1.8
-1495
6.2
5.0
116.000
155.7
122.2
33.5
-97.90
1.4
-1609
6.9
4.8
117.000
155.1
116.9
38.2
-61.97
0.9
-1689
7.5
4.7
118.000
154.4
111.6
42.8
-21.55
0.3
-1732
8.0
4.5
119.000
110.2
106.4
3.8
-10.01
0.2
-1744
8.4
4.3
120.000
159.4
101.2
58.3
5.70
0.1
-1751
8.7
4.1
121.000
153.9
96.0
57.8
63.73
1.2
-1715
8.9
4.0
122.000
148.3
91.0
57.3
121.28
2.3
-1624
8.8
3.8
123.000
142.7
86.1
56.6
178.22
3.6
-1474
8.4
3.6
124.000
137.1
81.3
55.8
234.48
4.9
-1269
7.5
3.5
125.000
79.1
76.6
2.5
253.08
5.6
-1019
6.4
3.3
126.000
23.4
72.0
-48.6
248.55
5.8
-765
5.0
3.1
127.000
22.5
67.6
-45.1
201.76
4.9
-541
3.8
3.0
128.000
21.6
63.2
-41.6
158.33
4.1
-361
2.6
2.8
129.000
20.6
58.9
-38.3
118.44
3.3
-224
1.7
2.6
130.000
28.7
54.7
-26.0
87.44
2.6
-122
1.0
2.5
131.000
28.1
50.6
-22.5
63.26
2.0
-48
0.4
2.3
132.000
27.6
46.6
-19.0
42.45
1.4
5
0.0
2.1
133.000
27.0
42.6
-15.6
25.21
0.9
38
0.3
2.0
134.000
26.5
38.8
-12.3
11.19
0.4
56
0.5
1.8
135.000
25.9
34.9
-9.0
0.61
0.0
61
0.6
1.6
136.000
25.4
31.2
-5.9
-6.89
0.3
58
0.6
1.5
137.000
24.8
27.6
-2.8
-11.17
0.6
48
0.6
1.3
138.000
24.2
24.2
0.1
-12.58
0.8
36
0.5
1.2
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
66
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
139.000
23.7
20.9
2.8
-11.04
0.8
24
0.4
1.0
140.000
23.1
17.7
5.4
-6.96
0.6
14
0.3
0.8
141.000
22.6
14.7
7.9
-0.28
0.0
10
0.2
0.7
142.000
9.7
11.8
-2.1
-2.25
0.3
9
0.3
0.5
143.000
8.4
8.8
-0.4
-3.44
0.7
6
0.3
0.3
144.000
7.2
5.7
1.5
-2.93
1.3
2
0.2
0.2
145.000
5.9
0.0
5.9
0.00
0.0
0
0.0
0.0
145.001
0.0
0.0
0.0
0.00
0.0
0
0.0
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
67
Intact stability
Stability booklet
Containerized cargo - Halfway
1116 TEU - Multipurpose
Designer
Nemanja Surbatovic
Created by
Nemanja Surbatovic
Comment
Filename
Nemanja Surbatovic Final.fbm
Design length
145.00 (m)
Midship location
72.500 (m)
Length over all
150.00 (m)
Relative water density
1.0250
Design beam
24.840 (m)
Mean shell thickness
0.0130 (m)
Maximum beam
24.840 (m)
Appendage coefficient
1.0000
Design draft
8.280 (m)
Calculation settings
Center of gravity of tanks containing liquids
:
Actual COG
Container cargo
-5
0
0
5
10
15
10
20
25
30
20
35
40
45
30
50
55
60
40
65
70
75
50
80
85
90
60
95
100
105
70
110
115
120
125
80
130
90
135
140
145
100
150
155
110
160
165
170
120
175
180
185
130
190
195
200
205
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
68
Intact stability
Stability booklet
FOT 1 C
BT AP.PS
BT AP.PS
BT AP.SB
FOT 2 PS
BT FP
FOT 1 C
FOT 1 SB
FOT 1 PS
BT S0.SB
BT S0.PS
FOT Day
ERT1 PS
-5
0
5
10
15
20
25
30
35
40
45
55
BT H1.PS
BT H1.SB
FOT Day
BT B0.PS
50
BT B1.1.PS
60
65
70
BT B2.1.PS
75
80
85
BT B3.1.PS
90
95
100
105
BT B4.1.PS
110
115
120
BT B5.1.PS
125
130
135
140
BT B6.1PS
145
150
155
160
BT B7.PS BT B8.PS
165
170
175
180
185
190
195
200
205
0.000 (CL)
PS
#8
ERT1 PS
ERT1 SB
#38PS
ERT2
ERT2 SB
SB PS
BT B0.PS BT B0.SB
SB PS
#48
BT B1.1.PS BT B1.2.SB
BT B1.2.PS
BT B1.1.SB
SB PS
#57
SB
FOT 1 PS
FOT 2 PS
FOT 1 C
10.000
FOT 2 SB
FOT 1 SB
BT S2.PS
BT S2.SB BT S3.PS
BT H2.PS
BT S2.PS
BT S0.PS
BT S3.PS
BT S4.PS
BT H2.SB
BT B2.1.PS
BT B2.2.SB
BT B2.2.PS
BT B2.1.SB
BT S5.PS
BT H1.PS
BT H6.PS
PS
#77
SB PS
BT S3.SB BT S4.PS
BT H3.PS
BT H3.SB
BT B3.1.PS
BT 3.2.SB
BT B3.2.PS
BT B3.1.SB
#95
SB PS
BT S4.SB BT S5.PS
BT H4.PS
BT H4.SB
#113
BT S5.SB
BT H5.PS
BT B4.1.PS
BT B4.2.SB
BT B4.2.PS
BT B4.1.SB
BT H5.SB
BT B5.1.PS BT B5.2.SB
BT B5.2.PS
BT B5.1.SB
SB PS
#131
SB
BT H7.PS
FOT 1 PS
BT AP.PS
FOT 2 PS
FOT 1 C
BT FP 8.300
BT AP.SB
FOT 2 SB
FOT 1 SB
BT H7.SB
BT S0.SB
BT H6.SB
BT H1.SB
BT S2.SB
BT S2.PS
BT S0.PS
BT H1.PS
BT H2.PS
BT S3.SB
BT S4.SB
BT S5.SB
BT S3.PS
BT S4.PS
BT S5.PS
BT H3.PS
BT H4.PS
BT H5.PS
BT H6.PS
BT H6.SB
BT H7.PS
BT H7.SB
FOT 2 PS
FOT 2 SB
BT FP
BT H6.PS
BT B6.2.SB
BT B6.1PS
BT B6.2.PS
BT B6.1.SB
BT H7.PS
FOT 1 PS
PS
#151
SB PS
BT B7.PS
BT B8.PS
BT B8.SB
BT B7.SB
#163
SB PS
#171
SB PS
#199
SB
FOT 2 PS
FOT Day
FOT 2 SB
FOT 1 SB
BT FP 2.500
Cargo
BT H7.SB
Fuel
BT S0.SB
BT H1.SB
BT H2.SB
BT H5.SB
BT H6.SB
BT H3.SB
BT H4.SB
BT S3.SB
BT S4.SB
BT S5.SB
BT B2.2.PS
BT B3.2.PS
BT B4.2.PS
BT B5.2.PS
BT B1.1.PS
BT B2.1.PS
BT B3.1.PS
BT B4.1.PS
BT B5.1.PS
BT B6.1PS
BT B7.PS
BT B1.1.SB
BT B2.1.SB
BT B3.1.SB
BT B4.1.SB
BT B5.1.SB
BT B6.1.SB
BT B7.SB
BT B2.2.SB
BT 3.2.SB
BT B4.2.SB
BT B5.2.SB
BT S2.SB
Other Stores
Ballast
BT B1.2.PS
ERT2 PS
BT B0.PS
BT B6.2.PS
ERT1 PS
ERT2 SB
BT B8.PS
0.700
ERT1 SB
BT B0.SB
BT B1.2.SB
BT B8.SB
BT B6.2.SB
Hydrostatic particulars
List
GG'
0.015 (m)
Draft aft pp
0.0 (CL) (Degr.)
8.376 (m)
VCG'
10.068 (m)
Mean moulded draft
8.061 (m)
Max VCG'
10.076 (m)
Draft forward pp
7.747 (m)
GM solid
0.173 (m)
Trim
-0.629 (m)
G'M liquid
KM
10.226 (m)
Immersion rate
0.158 (m)
VCG
10.053 (m)
MCT
29.001 (t/cm)
244.6 (t*m/cm)
Summary
Description
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000
23.000
0.0
13100.0
74.606
0.000
11.402
0.0
512.3
32.160
0.000
6.382
250.9
57.0
24.784
0.000
0.443
48.1
0.0
0.000
0.000
0.000
0.0
6010.0
64.939
0.000 (CL)
7.431
Deadweight
13709.3
72.624
0.000 (CL)
11.203
299.0
Displacement
19719.3
70.281
0.000 (CL)
10.053
299.0
Crew
Cargo
Fuel
Other Stores
Ballast
Lightship
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
69
Intact stability
Description
Stability booklet
Density
Fill%
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000 (CL)
23.000
0.0
1st Column
264.0
17.599
0.000 (CL)
11.402
0.0
2nd Column
274.0
24.257
0.000 (CL)
11.402
0.0
3rd Column
274.0
30.415
0.000 (CL)
11.402
0.0
4th Column
738.0
37.949
0.000 (CL)
11.402
0.0
5th Column
876.0
44.107
0.000 (CL)
11.402
0.0
6th Column
884.0
50.765
0.000 (CL)
11.402
0.0
7th Column
910.0
56.923
0.000 (CL)
11.402
0.0
8th Column
942.0
63.581
0.000 (CL)
11.402
0.0
9th Column
962.0
69.739
0.000 (CL)
11.402
0.0
10th Column
992.0
76.397
0.000 (CL)
11.402
0.0
11th Column
1034.0
82.555
0.000 (CL)
11.402
0.0
12th Column
1058.0
89.213
0.000 (CL)
11.402
0.0
13th Column
1064.0
95.371
0.000 (CL)
11.402
0.0
14th Column
980.0
102.029
0.000 (CL)
11.402
0.0
15th Column
804.0
108.773
0.000 (CL)
11.402
0.0
16th Column
712.0
115.431
0.000 (CL)
11.402
0.0
17th Column
332.0
122.809
0.000 (CL)
11.402
0.0
13100.0
74.606
0.000 (CL)
11.402
0.0
(t/m3)
Crew
crew
Cargo
Totals for Cargo
Fuel
FOT 1 C
0.8901
100.0
148.5
32.160
0.000 (CL)
8.014
0.0
FOT 1 PS
0.8901
74.0
156.8
32.160
5.303 (PS)
6.196
104.1
FOT 1 SB
0.8901
74.0
156.8
32.160
-5.303 (SB)
6.196
104.1
FOT Day
0.8901
100.0
50.3
32.160
0.000 (CL)
2.720
42.6
FOT 2 PS
0.8901
0.0
0.0
121.245
2.263 (PS)
7.654
0.0
FOT 2 SB
0.8901
0.0
0.0
121.245
-2.263 (SB)
7.654
0.0
512.3
32.160
0.000 (CL)
6.382
250.9
Totals for Fuel
Other Stores
ERT1 PS
0.9002
50.0
17.4
24.073
1.250 (PS)
0.373
14.0
ERT1 SB
0.9002
50.0
17.4
24.073
-1.250 (SB)
0.373
14.0
ERT2 PS
0.9002
50.0
11.1
25.901
3.576 (PS)
0.553
10.0
ERT2 SB
0.9002
50.0
11.1
25.901
-3.576 (SB)
0.553
10.0
57.0
24.784
0.000 (CL)
0.443
48.1
Totals for Other Stores
Ballast
BT AP.PS
1.0250
0.0
0.0
6.605
2.737 (PS)
7.914
0.0
BT AP.SB
1.0250
0.0
0.0
6.605
-2.737 (SB)
7.914
0.0
BT B0.PS
1.0250
0.0
0.0
32.217
3.335 (PS)
0.763
0.0
BT B0.SB
1.0250
0.0
0.0
32.217
-3.335 (SB)
0.763
0.0
BT B1.1.PS
1.0250
0.0
0.0
40.442
2.581 (PS)
0.705
0.0
BT B1.1.SB
1.0250
0.0
0.0
40.442
-2.581 (SB)
0.705
0.0
BT B1.2.PS
1.0250
0.0
0.0
41.270
6.985 (PS)
0.814
0.0
BT B1.2.SB
1.0250
0.0
0.0
41.270
-6.985 (SB)
0.814
0.0
BT B2.1.PS
1.0250
0.0
0.0
53.040
2.582 (PS)
0.705
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
70
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
BT B2.1.SB
1.0250
0.0
0.0
53.040
-2.582 (SB)
0.705
0.0
BT B2.2.PS
1.0250
0.0
0.0
53.327
7.908 (PS)
0.756
0.0
BT B2.2.SB
1.0250
0.0
0.0
53.327
-7.908 (SB)
0.756
0.0
BT B3.1.PS
1.0250
0.0
0.0
66.000
2.582 (PS)
0.705
0.0
BT B3.1.SB
1.0250
0.0
0.0
66.000
-2.582 (SB)
0.705
0.0
BT B3.2.PS
1.0250
0.0
0.0
66.003
8.155 (PS)
0.746
0.0
BT 3.2.SB
1.0250
0.0
0.0
66.003
-8.155 (SB)
0.746
0.0
BT B4.1.PS
1.0250
0.0
0.0
78.960
2.582 (PS)
0.705
0.0
BT B4.1.SB
1.0250
0.0
0.0
78.960
-2.582 (SB)
0.705
0.0
BT B4.2.PS
1.0250
0.0
0.0
78.960
8.157 (PS)
0.746
0.0
BT B4.2.SB
1.0250
0.0
0.0
78.960
-8.157 (SB)
0.746
0.0
BT B5.1.PS
1.0250
0.0
0.0
92.280
2.582 (PS)
0.705
0.0
BT B5.1.SB
1.0250
0.0
0.0
92.280
-2.582 (SB)
0.705
0.0
BT B5.2.PS
1.0250
0.0
0.0
92.174
8.098 (PS)
0.747
0.0
BT B5.2.SB
1.0250
0.0
0.0
92.174
-8.098 (SB)
0.747
0.0
BT B6.1PS
1.0250
0.0
0.0
105.600
2.582 (PS)
0.705
0.0
BT B6.1.SB
1.0250
0.0
0.0
105.600
-2.582 (SB)
0.705
0.0
BT B6.2.PS
1.0250
0.0
0.0
104.418
7.122 (PS)
0.766
0.0
BT B6.2.SB
1.0250
0.0
0.0
104.418
-7.122 (SB)
0.766
0.0
BT B7.PS
1.0250
0.0
0.0
115.126
2.862 (PS)
0.736
0.0
BT B7.SB
1.0250
0.0
0.0
115.126
-2.862 (SB)
0.736
0.0
BT B8.PS
1.0250
0.0
0.0
121.245
1.957 (PS)
0.741
0.0
BT B8.SB
1.0250
0.0
0.0
121.245
-1.957 (SB)
0.741
0.0
BT S0.PS
1.0250
0.0
0.0
32.282
8.654 (PS)
5.214
0.0
BT S0.SB
1.0250
0.0
0.0
32.282
-8.654 (SB)
5.214
0.0
BT S2.PS
1.0250
0.0
0.0
53.447
11.288 (PS)
5.566
0.0
BT S2.SB
1.0250
0.0
0.0
53.447
-11.288 (SB)
5.566
0.0
BT S3.PS
1.0250
0.0
0.0
66.004
11.391 (PS)
5.410
0.0
BT S3.SB
1.0250
0.0
0.0
66.004
-11.391 (SB)
5.410
0.0
BT S4.PS
1.0250
0.0
0.0
78.960
11.392 (PS)
5.409
0.0
BT S4.SB
1.0250
0.0
0.0
78.960
-11.392 (SB)
5.409
0.0
BT S5.PS
1.0250
0.0
0.0
92.050
11.354 (PS)
5.442
0.0
BT S5.SB
1.0250
0.0
0.0
92.050
-11.354 (SB)
5.442
0.0
BT H1.PS
1.0250
0.0
0.0
39.585
9.103 (PS)
5.032
0.0
BT H1.SB
1.0250
0.0
0.0
39.585
-9.103 (SB)
5.032
0.0
BT H2.PS
1.0250
0.0
0.0
53.040
9.073 (PS)
2.720
0.0
BT H2.SB
1.0250
0.0
0.0
53.040
-9.073 (SB)
2.720
0.0
BT H3.PS
1.0250
0.0
0.0
66.000
9.073 (PS)
2.720
0.0
BT H3.SB
1.0250
0.0
0.0
66.000
-9.073 (SB)
2.720
0.0
BT H4.PS
1.0250
0.0
0.0
78.960
9.073 (PS)
2.719
0.0
BT H4.SB
1.0250
0.0
0.0
78.960
-9.073 (SB)
2.719
0.0
BT H5.PS
1.0250
0.0
0.0
92.280
9.073 (PS)
2.720
0.0
BT H5.SB
1.0250
0.0
0.0
92.280
-9.073 (SB)
2.720
0.0
BT H6.PS
1.0250
0.0
0.0
105.915
8.603 (PS)
4.996
0.0
BT H6.SB
1.0250
0.0
0.0
105.915
-8.603 (SB)
4.996
0.0
BT H7.PS
1.0250
0.0
0.0
115.030
6.095 (PS)
5.317
0.0
BT H7.SB
1.0250
0.0
0.0
115.030
-6.095 (SB)
5.317
0.0
BT FP
1.0250
0.0
0.0
139.592
0.000 (CL)
6.087
0.0
0.0
0.000
0.000 (CL)
0.000
0.0
6010.0
64.939
0.000 (CL)
7.431
Totals for Ballast
Lightship
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
71
Intact stability
Description
Stability booklet
Density
Weight
LCG
TCG
VCG
(tonnes)
(m)
(m)
(m)
(t*m)
Deadweight
13709.3
72.624
0.000 (CL)
11.203
299.0
Displacement
19719.3
70.281
0.000 (CL)
10.053
299.0
(t/m3)
Fill%
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
FSM
72
Intact stability
Stability booklet
Righting levers
Heeling angle
Draft
Trim
Displacement
KN sin(ø)
VCG sin(ø)
GG' sin(ø)
TCG cos(ø)
GZ
Area
(Degr.)
(m)
(m)
(tonnes)
(m)
(m)
(m)
(m)
(m)
(mrad)
0.0º (CL)
8.061
-0.629
19719.4
0.000
0.000
0.000
0.000
0.000
0.000
2.5º (PS)
8.059
-0.620
19719.3
0.446
0.439
0.001
0.000
0.007
0.000
5.0º (PS)
8.052
-0.593
19719.3
0.894
0.876
0.001
0.000
0.016
0.001
10.0º (PS)
8.023
-0.481
19719.3
1.796
1.746
0.003
0.000
0.048
0.003
15.0º (PS)
7.972
-0.273
19719.2
2.719
2.602
0.004
0.000
0.113
0.010
20.0º (PS)
7.899
0.062
19719.3
3.668
3.438
0.005
0.000
0.224
0.025
25.0º (PS)
7.871
0.442
19719.3
4.535
4.249
0.007
0.000
0.280
0.047
30.0º (PS)
7.851
0.874
19719.2
5.370
5.027
0.008
0.000
0.335
0.074
35.0º (PS)
7.799
1.320
19719.3
6.189
5.766
0.010
0.000
0.413
0.106
40.0º (PS)
7.748
1.733
19719.3
6.896
6.462
0.011
0.000
0.423
0.144
45.0º (PS)
7.703
2.114
19719.3
7.452
7.109
0.012
0.000
0.332
0.177
50.0º (PS)
7.663
2.542
19719.3
7.872
7.701
0.013
0.000
0.158
0.199
55.0º (PS)
7.619
3.101
19719.3
8.180
8.235
0.013
0.000
-0.069
0.204
60.0º (PS)
7.561
3.886
19719.3
8.394
8.706
0.014
0.000
-0.327
0.204
65.0º (PS)
7.460
5.151
19719.3
8.545
9.111
0.015
0.000
-0.581
0.204
70.0º (PS)
7.249
7.480
19719.4
8.675
9.447
0.016
0.000
-0.787
0.204
75.0º (PS)
6.857
11.646
19719.4
8.754
9.711
0.017
0.000
-0.973
0.204
80.0º (PS)
6.088
19.985
19719.3
8.750
9.901
0.018
0.000
-1.168
0.204
85.0º (PS)
3.807
45.093
19719.3
8.663
10.015
0.019
0.000
-1.371
0.204
90.0º (PS)
0.000
25191.472
19719.3
8.500
10.053
0.020
0.000
-1.573
0.204
95.0º (PS)
12.870
-55.843
19719.3
8.268
10.015
0.021
0.000
-1.769
0.204
100.0º (PS)
10.590
-30.738
19719.3
7.975
9.901
0.023
0.000
-1.948
0.204
9/9/2019 DELFTship 11.30 (317)
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Intact stability
Stability booklet
Stability curve
IMO MSC.267(85) - Minimum design criteria applicable to all ships
Angle of max GZ=38.1º
0.4
0.3
0.2
0.1
0.0
-0.1
Area B=0.120
Steady wind lever
GM=0.158
Max. GZ at 30º
Area A=0.028 Gust equilibrium=15.0º Wind gust lever
Angle of heel under action of steady wind=12.7º
Rollback angle=-3.9º
or greater=0.431
-0.2
Downflooding angle=57.9º
-0.3
Righting lever (m)
-0.4
-0.5
-0.6
-0.7
-0.8
-0.9
No FSC
-1.0
-1.1
-1.2
-1.3
-1.4
Constant FSC
-1.5
-1.6
-1.7
-1.8
-1.9
0
10
20
30
40
50
60
70
80
90
100
Heeling angle (°)
Critical points
Description
Type
X coordinate
Y coordinate Z coordinate
Dist. to wl
Submersion angle
(m)
(m)
(m)
(m)
(Degr.)
0.000 (CL)
6.620
-1.748
0.0 (CL)
Main propeller
Marker
1.750
Bowthruster
Marker
136.120
0.000 (CL)
2.780
-5.005
0.0 (CL)
<>
Downflooding
7.000
8.000 (PS)
18.750
10.404
57.9 (PS)
Evaluation of criteria
IMO MSC.267(85) - Minimum design criteria applicable to all ships
International Code on Intact Stability (2008), Part A, §2.2 - §2.3
Description
Attained value
Area 0º - 30º
Area 0º - 40º
Area 30º - 40º
Max. GZ at 30º or greater
0.0737
0.1437
0.0700
0.431
(mrad)
(mrad)
(mrad)
(m)
Lower angle
30.0 (Degr.)
Upper angle
90.0 (Degr.)
Angle of max GZ
Initial metacentric height
Severe wind and rolling criterion (weather criterion)
Wind silhouette:
38.1 (Degr.)
0.158 (m)
>=
>=
>=
>=
>=
>=
Required value
0.0550
0.0900
0.0300
0.200
Complies
(mrad)
(mrad)
(mrad)
(m)
YES
YES
YES
YES
25.0 (Degr.)
0.150 (m)
YES
YES
YES
Container cargo
9/9/2019 DELFTship 11.30 (317)
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Criterion
74
Intact stability
Stability booklet
Evaluation of criteria
Windspeed
50.54 (kn.)
51.4 (kg/m2)
Wind pressure
2318.00 (m2)
Wind area
Steady wind lever
0.075 (m)
Deck immersion angle
18.16 (Degr.)
Wind gust lever
0.113 (m)
Ratio of areaA/areaB
0.229
Maximum allowed static heeling angle
12.7 (Degr.)
Max allowed ratio static angle/deck immersion angle
0.697
<=
<=
<=
1.000
16.0 (Degr.)
0.800
YES
YES
YES
The condition complies with the stability criteria
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Intact stability
Stability booklet
Bending moment and shearforce calculation
225
200
175
150
125
100
75
25
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
Weight
Sectional areas
0
195 200 205
Load
-25
Weight (tonnes/m)
50
-50
-75
-100
-125
-150
-175
-200
-225
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Shear force
11000
10000
9000
8000
7000
6000
5000
4000
2000
1000
Shear force
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
0
195 200 205
-1000
-2000
Shear force (tonnes)
3000
-3000
-4000
-5000
-6000
-7000
-8000
-9000
-10000
-11000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
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Intact stability
Stability booklet
Bending moment
50000
40000
30000
10000
Bending moment
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-10000
Bending moment (t*m)
20000
-20000
-30000
-40000
-50000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Deflection
5
4
3
1
Deflection
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
Deflection (mm)
2
-1
-2
-3
-4
-5
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Summary
Mean moulded draft
8.061 (m)
Displacement
19719.3 (tonnes)
Minimum shearforce
-340.55 (tonnes)
Maximum shearforce
GM
-0.629 (m)
0.158 (m)
2.9% Distance from app
73.368 (m)
4.3% Distance from app
118.460 (m)
Maximum sagging moment
-3293.59 (t*m)
10.0% Distance from app
103.600 (m)
Maximum hogging moment
7079.72 (t*m)
15.0% Distance from app
47.600 (m)
5.6 (mm)
Distance from app
49.200 (m)
Max. deflection
293.20 (tonnes)
Trim
9/9/2019 DELFTship 11.30 (317)
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Intact stability
Stability booklet
Summary
The condition complies with the longitudinal strength criteria
9/9/2019 DELFTship 11.30 (317)
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Intact stability
Stability booklet
Weightlist
Description
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
Forward
(m)
FOT 1 C
148.5
32.160
0.000 (CL)
8.014
30.000
34.320
FOT 1 PS
156.8
32.160
5.303 (PS)
6.196
30.000
34.320
FOT 1 SB
156.8
32.160
-5.303 (SB)
6.196
30.000
34.320
FOT Day
50.3
32.160
0.000 (CL)
2.720
30.000
34.320
ERT1 PS
17.4
24.073
1.250 (PS)
0.373
17.760
30.000
ERT1 SB
17.4
24.073
-1.250 (SB)
0.373
17.760
30.000
ERT2 PS
11.1
25.901
3.576 (PS)
0.553
17.760
30.000
ERT2 SB
11.1
25.901
-3.576 (SB)
0.553
17.760
30.000
Forecastle
40.0
134.570
0.000 (CL)
13.500
129.360
145.000
Aftercastle
170.0
4.390
0.000 (CL)
13.500
-5.000
13.440
Superstructure
180.0
9.720
0.000 (CL)
23.000
5.400
13.440
Engine
280.0
21.660
0.000 (CL)
4.660
17.560
25.760
Other machinery in ER
410.0
21.660
0.000 (CL)
5.000
12.000
30.000
Hatch covers
670.0
76.600
0.000 (CL)
14.600
34.044
118.180
Aft equipment
20.0
0.000
0.000 (CL)
15.200
-5.000
5.400
Fore equipment
90.0
136.250
0.000 (CL)
15.200
129.360
141.083
Ship Systems
150.0
86.100
0.000 (CL)
7.950
-5.000
145.000
Electrical systems
120.0
86.100
0.000 (CL)
7.950
-5.000
145.000
hull 1
435.6
16.777
0.000 (CL)
4.800
-5.000
30.000
hull 2
378.3
37.862
0.000 (CL)
4.800
30.000
45.000
hull 3
465.5
52.674
0.000 (CL)
4.800
45.000
60.000
hull 4
995.6
75.000
0.000 (CL)
4.800
60.000
90.000
hull 5
485.4
97.436
0.000 (CL)
4.800
90.000
105.000
hull 6
502.5
114.150
0.000 (CL)
4.800
105.000
125.000
hull 7
187.2
131.667
0.000 (CL)
4.800
125.000
145.000
Reserve
430.0
70.960
0.000 (CL)
9.703
-5.000
145.000
40.0
9.720
0.000 (CL)
23.000
5.400
13.440
1st Column
264.0
17.599
0.000 (CL)
11.402
14.570
20.628
2nd Column
274.0
24.257
0.000 (CL)
11.402
21.228
27.286
3rd Column
274.0
30.415
0.000 (CL)
11.402
27.386
33.444
4th Column
738.0
37.949
0.000 (CL)
11.402
34.920
40.978
5th Column
876.0
44.107
0.000 (CL)
11.402
41.078
47.136
6th Column
884.0
50.765
0.000 (CL)
11.402
47.736
53.794
7th Column
910.0
56.923
0.000 (CL)
11.402
53.894
59.952
8th Column
942.0
63.581
0.000 (CL)
11.402
60.552
66.610
9th Column
962.0
69.739
0.000 (CL)
11.402
66.710
72.768
10th Column
992.0
76.397
0.000 (CL)
11.402
73.368
79.426
11th Column
1034.0
82.555
0.000 (CL)
11.402
79.526
85.584
12th Column
1058.0
89.213
0.000 (CL)
11.402
86.184
92.242
13th Column
1064.0
95.371
0.000 (CL)
11.402
92.342
98.400
14th Column
980.0
102.029
0.000 (CL)
11.402
99.000
105.058
15th Column
804.0
108.773
0.000 (CL)
11.402
105.744
111.802
16th Column
712.0
115.431
0.000 (CL)
11.402
112.402
118.460
17th Column
332.0
122.809
0.000 (CL)
11.402
119.780
125.838
crew
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Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
-5.000
17.6
0.0
17.6
0.00
0.0
0.0
0.0
0.0
-4.000
18.1
0.0
18.1
17.85
1.2
12.1
1.4
0.1
-3.000
18.7
0.8
17.9
35.87
2.2
42.5
2.4
0.3
-2.000
19.2
2.0
17.2
53.45
2.8
90.0
3.4
0.4
-1.000
19.8
3.4
16.4
70.26
3.3
155.4
4.4
0.6
0.000
20.3
5.0
15.4
86.18
3.7
236.5
5.3
0.7
1.000
20.9
6.7
14.2
100.95
4.0
333.6
6.2
0.9
2.000
21.4
8.5
12.9
114.55
4.1
444.4
7.1
1.0
3.000
22.0
10.5
11.5
126.77
4.3
568.5
8.0
1.2
4.000
22.5
14.4
8.2
136.78
4.3
703.5
8.8
1.3
5.000
23.1
19.9
3.2
142.53
4.2
846.8
9.5
1.5
6.000
44.1
28.3
15.8
153.92
4.2
996.4
10.2
1.6
7.000
46.2
34.3
11.9
167.68
4.3
1160.9
10.9
1.8
8.000
48.3
40.1
8.3
177.85
4.4
1336.9
11.5
1.9
9.000
50.5
45.9
4.6
184.21
4.3
1521.4
12.2
2.1
10.000
52.6
51.6
1.0
187.08
4.1
1710.4
12.8
2.2
11.000
54.7
57.2
-2.5
186.23
3.9
1900.5
13.3
2.4
12.000
56.8
62.8
-6.0
182.02
3.7
2088.1
13.8
2.5
13.000
77.3
68.3
8.9
192.30
3.7
2278.8
14.2
2.6
14.000
35.8
73.8
-38.0
175.42
3.3
2471.3
14.6
2.8
15.000
80.5
79.2
1.3
153.96
2.7
2634.2
14.8
2.9
16.000
81.6
84.5
-2.9
153.24
2.6
2791.3
14.9
3.1
17.000
82.7
89.8
-7.1
148.14
2.5
2945.3
15.0
3.2
18.000
120.6
95.0
25.6
154.72
2.5
3096.0
15.1
3.3
19.000
122.0
100.1
21.9
178.40
2.8
3266.4
15.3
3.4
20.000
123.5
105.1
18.4
198.61
3.0
3457.9
15.5
3.6
21.000
81.3
109.9
-28.6
199.00
2.9
3664.7
15.8
3.7
22.000
128.0
114.6
13.4
203.75
2.9
3866.1
16.1
3.8
23.000
129.4
119.1
10.3
215.52
2.9
4079.3
16.4
3.9
24.000
130.9
123.4
7.4
224.43
3.0
4302.5
16.7
4.0
25.000
132.3
127.6
4.7
230.41
3.0
4533.4
17.0
4.2
26.000
99.6
131.6
-32.0
225.64
2.8
4767.8
17.3
4.3
27.000
101.0
135.5
-34.5
192.33
2.4
4979.4
17.5
4.4
28.000
102.4
139.2
-36.8
152.23
1.8
5155.0
17.5
4.5
29.000
103.9
142.8
-38.9
114.35
1.4
5290.9
17.5
4.6
30.000
105.3
146.2
-40.9
74.46
0.9
5389.4
17.3
4.7
31.000
189.9
149.6
40.3
116.08
1.3
5488.8
17.1
4.7
32.000
190.4
152.9
37.5
155.02
1.7
5627.0
17.1
4.8
33.000
190.9
156.0
34.9
191.15
2.1
5804.1
17.1
4.9
34.000
146.2
159.1
-12.9
199.62
2.2
6007.8
17.3
5.0
35.000
157.6
162.1
-4.5
121.90
1.3
6180.1
17.3
5.1
36.000
158.1
164.9
-6.8
116.26
1.2
6302.6
17.3
5.1
37.000
158.6
167.7
-9.1
108.24
1.1
6418.0
17.1
5.2
38.000
159.1
170.4
-11.3
98.07
1.0
6524.6
17.0
5.3
39.000
159.6
173.0
-13.4
85.67
0.9
6619.6
16.9
5.3
40.000
160.1
175.6
-15.4
71.29
0.7
6701.6
16.7
5.4
41.000
38.8
178.0
-139.2
52.23
0.5
6767.9
16.5
5.4
42.000
183.9
180.3
3.6
45.47
0.4
6814.9
16.3
5.4
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Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
43.000
184.5
182.6
1.9
48.18
0.5
6865.1
16.1
5.5
44.000
185.0
184.7
0.3
49.28
0.5
6917.1
15.8
5.5
45.000
185.5
186.8
-1.3
48.76
0.5
6969.4
15.6
5.5
46.000
185.8
188.7
-2.9
46.66
0.4
7020.4
15.4
5.5
47.000
186.1
190.5
-4.4
42.97
0.4
7068.4
15.3
5.6
48.000
187.7
192.2
-4.5
-48.57
0.4
7063.3
15.0
5.6
49.000
188.0
193.8
-5.8
-53.76
0.5
7015.2
14.6
5.6
50.000
188.4
195.3
-7.0
-60.13
0.5
6961.7
14.2
5.6
51.000
188.7
196.7
-8.0
-67.66
0.6
6900.9
13.8
5.6
52.000
189.0
197.9
-8.9
-76.11
0.7
6832.4
13.5
5.6
53.000
189.3
199.0
-9.7
-85.43
0.8
6754.6
13.1
5.5
54.000
193.9
199.9
-6.0
-109.55
1.0
6665.3
12.7
5.5
55.000
194.2
200.6
-6.4
-115.78
1.0
6555.7
12.3
5.5
56.000
194.5
201.2
-6.7
-122.36
1.1
6440.0
12.0
5.5
57.000
194.8
201.7
-6.9
-129.19
1.1
6317.3
11.8
5.4
58.000
195.1
202.1
-6.9
-136.10
1.2
6187.9
11.6
5.4
59.000
195.4
202.3
-6.8
-142.97
1.2
6051.4
11.3
5.3
60.000
45.5
202.4
-156.8
-156.92
1.4
5908.2
11.1
5.3
61.000
201.1
202.4
-1.3
-244.11
2.1
5691.5
10.6
5.2
62.000
201.1
202.4
-1.3
-245.43
2.1
5450.0
10.2
5.2
63.000
201.1
202.3
-1.2
-246.66
2.1
5207.0
9.7
5.1
64.000
201.1
202.2
-1.0
-247.78
2.1
4963.0
9.3
5.1
65.000
201.2
202.1
-0.9
-248.76
2.2
4717.9
8.8
5.0
66.000
201.2
202.0
-0.8
-249.60
2.2
4471.8
8.4
4.9
67.000
204.5
201.8
2.7
-264.91
2.3
4219.9
7.9
4.8
68.000
204.5
201.7
2.8
-262.18
2.3
3959.5
7.4
4.8
69.000
204.6
201.6
2.9
-259.32
2.2
3701.9
6.9
4.7
70.000
204.6
201.5
3.1
-256.34
2.2
3447.2
6.4
4.6
71.000
204.6
201.4
3.2
-253.21
2.2
3195.6
6.0
4.5
72.000
204.6
201.3
3.3
-249.95
2.2
2947.2
5.5
4.4
73.000
45.8
201.2
-155.3
-283.39
2.5
2694.7
5.0
4.3
74.000
209.6
201.1
8.5
-335.18
2.9
2372.6
4.4
4.2
75.000
209.6
201.0
8.7
-326.56
2.8
2045.1
3.8
4.1
76.000
209.7
200.9
8.8
-317.81
2.8
1725.8
3.2
4.0
77.000
209.7
200.7
8.9
-308.93
2.7
1415.8
2.6
3.9
78.000
209.7
200.6
9.1
-299.91
2.6
1114.4
2.1
3.8
79.000
209.7
200.5
9.2
-290.76
2.5
822.4
1.5
3.7
80.000
216.7
200.4
16.3
-294.57
2.5
531.4
1.0
3.6
81.000
216.7
200.3
16.4
-278.21
2.4
248.5
0.5
3.5
82.000
216.7
200.2
16.6
-261.73
2.3
-18.7
0.0
3.4
83.000
216.8
200.1
16.7
-245.10
2.1
-268.6
0.6
3.3
84.000
216.8
200.0
16.8
-228.35
2.0
-502.5
1.2
3.2
85.000
216.8
199.9
17.0
-211.46
1.8
-718.9
1.7
3.1
86.000
46.2
199.7
-153.6
-265.44
2.3
-933.8
2.2
3.0
87.000
220.8
199.6
21.2
-276.46
2.4
-1214.3
2.9
2.9
88.000
220.8
199.5
21.3
-255.21
2.2
-1477.4
3.5
2.8
89.000
220.9
199.4
21.5
-233.82
2.1
-1718.4
4.1
2.7
90.000
220.9
199.3
21.6
-212.30
1.9
-1938.7
4.6
2.6
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
81
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
91.000
220.8
199.2
21.6
-190.69
1.7
-2136.6
5.1
2.6
92.000
220.7
199.0
21.8
-169.01
1.5
-2313.7
5.5
2.5
93.000
221.6
198.6
23.1
-163.92
1.5
-2480.3
5.9
2.4
94.000
221.5
197.9
23.6
-140.62
1.3
-2630.0
6.4
2.3
95.000
221.4
197.0
24.5
-116.58
1.1
-2755.0
6.9
2.2
96.000
221.4
195.7
25.7
-91.56
0.8
-2856.5
7.3
2.1
97.000
221.3
194.0
27.3
-65.08
0.6
-2931.2
7.6
2.0
98.000
221.2
191.9
29.3
-36.89
0.3
-2979.8
7.9
1.9
99.000
45.5
189.5
-144.0
-111.86
1.0
-3030.1
8.2
1.9
100.000
207.1
186.6
20.5
-92.74
0.9
-3129.4
8.7
1.8
101.000
207.1
183.4
23.6
-70.60
0.7
-3207.7
9.1
1.7
102.000
207.0
179.9
27.0
-45.35
0.4
-3263.2
9.5
1.6
103.000
206.9
176.2
30.7
-16.44
0.2
-3290.7
9.8
1.6
104.000
206.8
172.3
34.5
16.08
0.2
-3288.6
10.0
1.5
105.000
206.7
168.1
38.6
52.64
0.6
-3251.4
10.1
1.4
106.000
177.0
163.8
13.2
-25.33
0.3
-3243.1
10.4
1.4
107.000
176.4
159.3
17.1
-10.09
0.1
-3257.6
10.7
1.3
108.000
175.8
154.7
21.1
8.92
0.1
-3255.7
11.0
1.3
109.000
175.2
150.0
25.2
32.14
0.4
-3231.8
11.2
1.2
110.000
174.6
145.1
29.4
59.37
0.7
-3183.7
11.3
1.1
111.000
174.0
140.2
33.7
91.03
1.1
-3105.0
11.4
1.1
112.000
40.6
135.2
-94.6
100.60
1.3
-2996.6
11.3
1.0
113.000
157.5
130.1
27.4
78.61
1.1
-2917.7
11.4
1.0
114.000
156.9
125.0
31.9
108.17
1.5
-2822.1
11.4
1.0
115.000
156.3
119.9
36.4
142.43
2.0
-2693.3
11.2
0.9
116.000
155.7
114.7
41.0
181.04
2.7
-2529.5
10.9
0.9
117.000
155.1
109.6
45.5
224.37
3.5
-2323.0
10.3
0.8
118.000
154.4
104.4
50.0
272.03
4.4
-2072.9
9.6
0.8
119.000
28.1
99.4
-71.3
254.13
4.3
-1793.3
8.6
0.8
120.000
82.2
94.4
-12.1
196.99
3.4
-1568.2
7.8
0.7
121.000
81.6
89.4
-7.8
187.12
3.4
-1373.5
7.1
0.7
122.000
81.0
84.6
-3.6
181.34
3.5
-1186.3
6.4
0.7
123.000
80.4
79.9
0.5
179.89
3.6
-1002.9
5.7
0.6
124.000
79.7
75.3
4.5
182.31
3.8
-818.9
4.9
0.6
125.000
79.1
70.8
8.3
188.72
4.2
-630.5
3.9
0.6
126.000
23.4
66.4
-43.1
189.89
4.4
-434.6
2.9
0.5
127.000
22.5
62.2
-39.7
148.57
3.6
-263.3
1.8
0.5
128.000
21.6
58.1
-36.5
110.39
2.9
-130.1
1.0
0.5
129.000
20.6
54.0
-33.4
75.51
2.1
-34.9
0.3
0.5
130.000
28.7
50.1
-21.4
49.27
1.4
30.0
0.2
0.4
131.000
28.1
46.2
-18.1
29.59
0.9
72.0
0.5
0.4
132.000
27.6
42.5
-14.9
13.05
0.4
96.6
0.7
0.4
133.000
27.0
38.8
-11.8
-0.20
0.0
105.7
0.9
0.3
134.000
26.5
35.2
-8.7
-10.48
0.4
103.5
0.9
0.3
135.000
25.9
31.6
-5.7
-17.62
0.8
92.2
0.9
0.3
136.000
25.4
28.2
-2.8
-21.94
1.0
75.5
0.8
0.3
137.000
24.8
24.9
-0.1
-23.33
1.2
55.8
0.7
0.2
138.000
24.2
21.7
2.5
-22.13
1.3
36.0
0.5
0.2
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
82
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
139.000
23.7
18.7
5.0
-18.29
1.3
18.9
0.3
0.2
140.000
23.1
15.9
7.3
-12.19
1.0
6.5
0.1
0.1
141.000
22.6
13.1
9.4
-3.81
0.4
1.6
0.0
0.1
142.000
9.7
10.5
-0.8
-4.38
0.6
0.9
0.0
0.1
143.000
8.4
7.9
0.5
-4.51
1.0
-0.5
0.0
0.1
144.000
7.2
5.1
2.1
-3.25
1.4
-1.3
0.2
0.0
145.000
5.9
0.0
5.9
0.00
0.0
0.0
0.0
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
83
Intact stability
Stability booklet
Containerized cargo - Halfway - Ballasted
1116 TEU - Multipurpose
Designer
Nemanja Surbatovic
Created by
Nemanja Surbatovic
Comment
Filename
Nemanja Surbatovic Final.fbm
Design length
145.00 (m)
Midship location
72.500 (m)
Length over all
150.00 (m)
Relative water density
1.0250
Design beam
24.840 (m)
Mean shell thickness
0.0130 (m)
Maximum beam
24.840 (m)
Appendage coefficient
1.0000
Design draft
8.280 (m)
Calculation settings
Center of gravity of tanks containing liquids
:
Actual COG
Container cargo
-5
0
0
5
10
15
10
20
25
30
20
35
40
45
30
50
55
60
40
65
70
75
50
80
85
90
60
95
100
105
70
110
115
120
125
80
130
90
135
140
145
100
150
155
110
160
165
170
120
175
180
185
130
190
195
200
205
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
84
Intact stability
Stability booklet
FOT 1 C
BT AP.PS
BT AP.PS
BT AP.SB
FOT 2 PS
BT FP
FOT 1 C
FOT 1 SB
FOT 1 PS
BT S0.SB
BT S0.PS
FOT Day
ERT1 PS
-5
0
5
10
15
20
25
30
35
40
45
55
BT H1.PS
BT H1.SB
FOT Day
BT B0.PS
50
BT B1.1.PS
60
65
70
BT B2.1.PS
75
80
85
BT B3.1.PS
90
95
100
105
BT B4.1.PS
110
115
120
BT B5.1.PS
125
130
135
140
BT B6.1PS
145
150
155
160
BT B7.PS BT B8.PS
165
170
175
180
185
190
195
200
205
0.000 (CL)
PS
#8
ERT1 PS
ERT1 SB
#38PS
ERT2
ERT2 SB
SB PS
BT B0.PS BT B0.SB
SB PS
#48
BT B1.1.PS BT B1.2.SB
BT B1.2.PS
BT B1.1.SB
SB PS
#57
SB
FOT 1 PS
FOT 2 PS
FOT 1 C
10.000
FOT 2 SB
FOT 1 SB
BT S2.PS
BT S2.SB BT S3.PS
BT H2.PS
BT S2.PS
BT S0.PS
BT S3.PS
BT S4.PS
BT H2.SB
BT B2.1.PS
BT B2.2.SB
BT B2.2.PS
BT B2.1.SB
BT S5.PS
BT H1.PS
BT H6.PS
PS
#77
SB PS
BT S3.SB BT S4.PS
BT H3.PS
BT H3.SB
BT B3.1.PS
BT 3.2.SB
BT B3.2.PS
BT B3.1.SB
#95
SB PS
BT S4.SB BT S5.PS
BT H4.PS
BT H4.SB
#113
BT S5.SB
BT H5.PS
BT B4.1.PS
BT B4.2.SB
BT B4.2.PS
BT B4.1.SB
BT H5.SB
BT B5.1.PS BT B5.2.SB
BT B5.2.PS
BT B5.1.SB
SB PS
#131
SB
BT H7.PS
FOT 1 PS
BT AP.PS
FOT 2 PS
FOT 1 C
BT FP 8.300
BT AP.SB
FOT 2 SB
FOT 1 SB
BT H7.SB
BT S0.SB
BT H6.SB
BT H1.SB
BT S2.SB
BT S2.PS
BT S0.PS
BT H1.PS
BT H2.PS
BT S3.SB
BT S4.SB
BT S5.SB
BT S3.PS
BT S4.PS
BT S5.PS
BT H3.PS
BT H4.PS
BT H5.PS
BT H6.PS
BT H6.SB
BT H7.PS
BT H7.SB
FOT 2 PS
FOT 2 SB
BT FP
BT H6.PS
BT B6.2.SB
BT B6.1PS
BT B6.2.PS
BT B6.1.SB
BT H7.PS
FOT 1 PS
PS
#151
SB PS
BT B7.PS
BT B8.PS
BT B8.SB
BT B7.SB
#163
SB PS
#171
SB PS
#199
SB
FOT 2 PS
FOT Day
FOT 2 SB
FOT 1 SB
BT FP 2.500
Cargo
BT H7.SB
Fuel
BT S0.SB
BT H1.SB
BT H2.SB
BT H5.SB
BT H6.SB
BT H3.SB
BT H4.SB
BT S3.SB
BT S4.SB
BT S5.SB
BT B2.2.PS
BT B3.2.PS
BT B4.2.PS
BT B5.2.PS
BT B1.1.PS
BT B2.1.PS
BT B3.1.PS
BT B4.1.PS
BT B5.1.PS
BT B6.1PS
BT B7.PS
BT B1.1.SB
BT B2.1.SB
BT B3.1.SB
BT B4.1.SB
BT B5.1.SB
BT B6.1.SB
BT B7.SB
BT B2.2.SB
BT 3.2.SB
BT B4.2.SB
BT B5.2.SB
BT S2.SB
Other Stores
Ballast
BT B1.2.PS
ERT2 PS
BT B0.PS
BT B6.2.PS
ERT1 PS
ERT2 SB
BT B8.PS
0.700
ERT1 SB
BT B0.SB
BT B1.2.SB
BT B8.SB
BT B6.2.SB
Hydrostatic particulars
List
GG'
0.015 (m)
Draft aft pp
0.0 (CL) (Degr.)
8.156 (m)
VCG'
9.845 (m)
Mean moulded draft
8.256 (m)
Max VCG'
10.029 (m)
Draft forward pp
8.357 (m)
GM solid
0.349 (m)
Trim
0.200 (m)
G'M liquid
KM
10.179 (m)
VCG
9.830 (m)
0.334 (m)
Immersion rate
MCT
28.919 (t/cm)
241.7 (t*m/cm)
Summary
Description
Crew
Cargo
Fuel
Other Stores
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000
23.000
0.0
13100.0
74.606
0.000
11.402
0.0
512.3
32.160
0.000
6.382
250.9
57.0
24.784
0.000
0.443
48.1
483.1
109.348
0.000
0.732
0.0
6010.0
64.939
0.000 (CL)
7.431
Deadweight
14192.4
73.874
0.000 (CL)
10.846
299.0
Displacement
20202.4
71.216
0.000 (CL)
9.830
299.0
Ballast
Lightship
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
85
Intact stability
Description
Stability booklet
Density
Fill%
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000 (CL)
23.000
0.0
1st Column
264.0
17.599
0.000 (CL)
11.402
0.0
2nd Column
274.0
24.257
0.000 (CL)
11.402
0.0
3rd Column
274.0
30.415
0.000 (CL)
11.402
0.0
4th Column
738.0
37.949
0.000 (CL)
11.402
0.0
5th Column
876.0
44.107
0.000 (CL)
11.402
0.0
6th Column
884.0
50.765
0.000 (CL)
11.402
0.0
7th Column
910.0
56.923
0.000 (CL)
11.402
0.0
8th Column
942.0
63.581
0.000 (CL)
11.402
0.0
9th Column
962.0
69.739
0.000 (CL)
11.402
0.0
10th Column
992.0
76.397
0.000 (CL)
11.402
0.0
11th Column
1034.0
82.555
0.000 (CL)
11.402
0.0
12th Column
1058.0
89.213
0.000 (CL)
11.402
0.0
13th Column
1064.0
95.371
0.000 (CL)
11.402
0.0
14th Column
980.0
102.029
0.000 (CL)
11.402
0.0
15th Column
804.0
108.773
0.000 (CL)
11.402
0.0
16th Column
712.0
115.431
0.000 (CL)
11.402
0.0
17th Column
332.0
122.809
0.000 (CL)
11.402
0.0
13100.0
74.606
0.000 (CL)
11.402
0.0
(t/m3)
Crew
crew
Cargo
Totals for Cargo
Fuel
FOT 1 C
0.8901
100.0
148.5
32.160
0.000 (CL)
8.014
0.0
FOT 1 PS
0.8901
74.0
156.8
32.160
5.303 (PS)
6.196
104.1
FOT 1 SB
0.8901
74.0
156.8
32.160
-5.303 (SB)
6.196
104.1
FOT Day
0.8901
100.0
50.3
32.160
0.000 (CL)
2.720
42.6
FOT 2 PS
0.8901
0.0
0.0
121.245
2.263 (PS)
7.654
0.0
FOT 2 SB
0.8901
0.0
0.0
121.245
-2.263 (SB)
7.654
0.0
512.3
32.160
0.000 (CL)
6.382
250.9
Totals for Fuel
Other Stores
ERT1 PS
0.9002
50.0
17.4
24.073
1.250 (PS)
0.373
14.0
ERT1 SB
0.9002
50.0
17.4
24.073
-1.250 (SB)
0.373
14.0
ERT2 PS
0.9002
50.0
11.1
25.901
3.576 (PS)
0.553
10.0
ERT2 SB
0.9002
50.0
11.1
25.901
-3.576 (SB)
0.553
10.0
57.0
24.784
0.000 (CL)
0.443
48.1
Totals for Other Stores
Ballast
BT AP.PS
1.0250
0.0
0.0
6.605
2.737 (PS)
7.914
0.0
BT AP.SB
1.0250
0.0
0.0
6.605
-2.737 (SB)
7.914
0.0
BT B0.PS
1.0250
0.0
0.0
32.217
3.335 (PS)
0.763
0.0
BT B0.SB
1.0250
0.0
0.0
32.217
-3.335 (SB)
0.763
0.0
BT B1.1.PS
1.0250
0.0
0.0
40.442
2.581 (PS)
0.705
0.0
BT B1.1.SB
1.0250
0.0
0.0
40.442
-2.581 (SB)
0.705
0.0
BT B1.2.PS
1.0250
0.0
0.0
41.270
6.985 (PS)
0.814
0.0
BT B1.2.SB
1.0250
0.0
0.0
41.270
-6.985 (SB)
0.814
0.0
BT B2.1.PS
1.0250
0.0
0.0
53.040
2.582 (PS)
0.705
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
86
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
BT B2.1.SB
1.0250
0.0
0.0
53.040
-2.582 (SB)
0.705
0.0
BT B2.2.PS
1.0250
0.0
0.0
53.327
7.908 (PS)
0.756
0.0
BT B2.2.SB
1.0250
0.0
0.0
53.327
-7.908 (SB)
0.756
0.0
BT B3.1.PS
1.0250
0.0
0.0
66.000
2.582 (PS)
0.705
0.0
BT B3.1.SB
1.0250
0.0
0.0
66.000
-2.582 (SB)
0.705
0.0
BT B3.2.PS
1.0250
0.0
0.0
66.003
8.155 (PS)
0.746
0.0
BT 3.2.SB
1.0250
0.0
0.0
66.003
-8.155 (SB)
0.746
0.0
BT B4.1.PS
1.0250
0.0
0.0
78.960
2.582 (PS)
0.705
0.0
BT B4.1.SB
1.0250
0.0
0.0
78.960
-2.582 (SB)
0.705
0.0
BT B4.2.PS
1.0250
0.0
0.0
78.960
8.157 (PS)
0.746
0.0
BT B4.2.SB
1.0250
0.0
0.0
78.960
-8.157 (SB)
0.746
0.0
BT B5.1.PS
1.0250
0.0
0.0
92.280
2.582 (PS)
0.705
0.0
BT B5.1.SB
1.0250
0.0
0.0
92.280
-2.582 (SB)
0.705
0.0
BT B5.2.PS
1.0250
0.0
0.0
92.174
8.098 (PS)
0.747
0.0
BT B5.2.SB
1.0250
0.0
0.0
92.174
-8.098 (SB)
0.747
0.0
BT B6.1PS
1.0250
100.0
94.8
105.600
2.582 (PS)
0.705
0.0
BT B6.1.SB
1.0250
100.0
94.8
105.600
-2.582 (SB)
0.705
0.0
BT B6.2.PS
1.0250
100.0
63.9
104.418
7.122 (PS)
0.766
0.0
BT B6.2.SB
1.0250
100.0
63.9
104.418
-7.122 (SB)
0.766
0.0
BT B7.PS
1.0250
100.0
51.7
115.126
2.862 (PS)
0.735
0.0
BT B7.SB
1.0250
100.0
51.7
115.126
-2.862 (SB)
0.735
0.0
BT B8.PS
1.0250
100.0
31.2
121.245
1.957 (PS)
0.741
0.0
BT B8.SB
1.0250
100.0
31.2
121.245
-1.957 (SB)
0.741
0.0
BT S0.PS
1.0250
0.0
0.0
32.282
8.654 (PS)
5.214
0.0
BT S0.SB
1.0250
0.0
0.0
32.282
-8.654 (SB)
5.214
0.0
BT S2.PS
1.0250
0.0
0.0
53.447
11.288 (PS)
5.566
0.0
BT S2.SB
1.0250
0.0
0.0
53.447
-11.288 (SB)
5.566
0.0
BT S3.PS
1.0250
0.0
0.0
66.004
11.391 (PS)
5.410
0.0
BT S3.SB
1.0250
0.0
0.0
66.004
-11.391 (SB)
5.410
0.0
BT S4.PS
1.0250
0.0
0.0
78.960
11.392 (PS)
5.409
0.0
BT S4.SB
1.0250
0.0
0.0
78.960
-11.392 (SB)
5.409
0.0
BT S5.PS
1.0250
0.0
0.0
92.050
11.354 (PS)
5.442
0.0
BT S5.SB
1.0250
0.0
0.0
92.050
-11.354 (SB)
5.442
0.0
BT H1.PS
1.0250
0.0
0.0
39.585
9.103 (PS)
5.032
0.0
BT H1.SB
1.0250
0.0
0.0
39.585
-9.103 (SB)
5.032
0.0
BT H2.PS
1.0250
0.0
0.0
53.040
9.073 (PS)
2.720
0.0
BT H2.SB
1.0250
0.0
0.0
53.040
-9.073 (SB)
2.720
0.0
BT H3.PS
1.0250
0.0
0.0
66.000
9.073 (PS)
2.720
0.0
BT H3.SB
1.0250
0.0
0.0
66.000
-9.073 (SB)
2.720
0.0
BT H4.PS
1.0250
0.0
0.0
78.960
9.073 (PS)
2.719
0.0
BT H4.SB
1.0250
0.0
0.0
78.960
-9.073 (SB)
2.719
0.0
BT H5.PS
1.0250
0.0
0.0
92.280
9.073 (PS)
2.720
0.0
BT H5.SB
1.0250
0.0
0.0
92.280
-9.073 (SB)
2.720
0.0
BT H6.PS
1.0250
0.0
0.0
105.915
8.603 (PS)
4.996
0.0
BT H6.SB
1.0250
0.0
0.0
105.915
-8.603 (SB)
4.996
0.0
BT H7.PS
1.0250
0.0
0.0
115.030
6.095 (PS)
5.317
0.0
BT H7.SB
1.0250
0.0
0.0
115.030
-6.095 (SB)
5.317
0.0
BT FP
1.0250
0.0
0.0
139.592
0.000 (CL)
6.087
0.0
483.1
109.348
0.000 (CL)
0.732
0.0
6010.0
64.939
0.000 (CL)
7.431
Totals for Ballast
Lightship
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
87
Intact stability
Description
Stability booklet
Density
Weight
LCG
TCG
VCG
(tonnes)
(m)
(m)
(m)
(t*m)
Deadweight
14192.4
73.874
0.000 (CL)
10.846
299.0
Displacement
20202.4
71.216
0.000 (CL)
9.830
299.0
(t/m3)
Fill%
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
FSM
88
Intact stability
Stability booklet
Righting levers
Heeling angle
Draft
Trim
Displacement
KN sin(ø)
VCG sin(ø)
GG' sin(ø)
TCG cos(ø)
GZ
Area
(Degr.)
(m)
(m)
(tonnes)
(m)
(m)
(m)
(m)
(m)
(mrad)
0.0º (CL)
8.256
0.200
20202.4
0.000
0.000
0.000
0.000
0.000
0.000
2.5º (PS)
8.254
0.208
20202.4
0.444
0.429
0.001
0.000
0.015
0.000
5.0º (PS)
8.247
0.233
20202.4
0.890
0.857
0.001
0.000
0.032
0.001
10.0º (PS)
8.219
0.335
20202.4
1.787
1.707
0.003
0.000
0.078
0.006
15.0º (PS)
8.168
0.523
20202.3
2.704
2.544
0.004
0.000
0.156
0.016
20.0º (PS)
8.103
0.852
20202.4
3.633
3.362
0.005
0.000
0.266
0.034
25.0º (PS)
8.085
1.275
20202.4
4.486
4.154
0.007
0.000
0.325
0.060
30.0º (PS)
8.071
1.740
20202.3
5.318
4.915
0.008
0.000
0.395
0.091
35.0º (PS)
8.029
2.235
20202.4
6.139
5.638
0.009
0.000
0.492
0.130
40.0º (PS)
7.999
2.717
20202.5
6.845
6.319
0.011
0.000
0.516
0.175
45.0º (PS)
7.990
3.214
20202.6
7.400
6.951
0.012
0.000
0.437
0.217
50.0º (PS)
7.995
3.786
20202.5
7.819
7.531
0.012
0.000
0.276
0.249
55.0º (PS)
8.008
4.523
20202.4
8.129
8.053
0.013
0.000
0.063
0.264
60.0º (PS)
8.025
5.538
20202.4
8.345
8.513
0.014
0.000
-0.182
0.265
65.0º (PS)
8.031
7.108
20202.5
8.496
8.909
0.014
0.000
-0.428
0.265
70.0º (PS)
7.976
9.906
20202.6
8.626
9.238
0.015
0.000
-0.626
0.265
75.0º (PS)
7.840
14.896
20202.4
8.707
9.495
0.016
0.000
-0.805
0.265
80.0º (PS)
7.575
24.927
20202.5
8.706
9.681
0.017
0.000
-0.993
0.265
85.0º (PS)
6.794
55.097
20202.4
8.622
9.793
0.019
0.000
-1.189
0.265
90.0º (PS)
0.000
30232.041
20202.4
8.463
9.830
0.020
0.000
-1.387
0.265
95.0º (PS)
9.898
-65.952
20202.4
8.235
9.793
0.021
0.000
-1.579
0.265
100.0º (PS)
9.116
-35.781
20202.6
7.946
9.681
0.022
0.000
-1.757
0.265
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
89
Intact stability
Stability booklet
Stability curve
IMO MSC.267(85) - Minimum design criteria applicable to all ships
0.5
Angle of max GZ=38.7º
0.4
0.3
Area B=0.168
0.2
GM=0.334 Steady wind lever
Max. GZ at
Area A=0.030
Wind gust lever
Angle of heel under action of steady wind=9.5º
Rollback angle=-6.9º Gust equilibrium=12.4º
0.1
0.0
-0.1
30º or greater=0.520
Downflooding angle=58.6º
-0.2
Righting lever (m)
-0.3
-0.4
-0.5
-0.6
-0.7
-0.8
No FSC
-0.9
-1.0
-1.1
-1.2
Constant FSC
-1.3
-1.4
-1.5
-1.6
-1.7
-10
0
10
20
30
40
50
60
70
80
90
100
Heeling angle (°)
Critical points
Description
Type
X coordinate
Y coordinate Z coordinate
Dist. to wl
Submersion angle
(m)
(m)
(m)
(m)
(Degr.)
0.000 (CL)
6.620
-1.538
0.0 (CL)
Main propeller
Marker
1.750
Bowthruster
Marker
136.120
0.000 (CL)
2.780
-5.564
0.0 (CL)
<>
Downflooding
7.000
8.000 (PS)
18.750
10.584
58.6 (PS)
Evaluation of criteria
IMO MSC.267(85) - Minimum design criteria applicable to all ships
International Code on Intact Stability (2008), Part A, §2.2 - §2.3
Description
Attained value
Area 0º - 30º
Area 0º - 40º
Area 30º - 40º
Max. GZ at 30º or greater
0.0915
0.1750
0.0835
0.520
(mrad)
(mrad)
(mrad)
(m)
Lower angle
30.0 (Degr.)
Upper angle
90.0 (Degr.)
Angle of max GZ
Initial metacentric height
Severe wind and rolling criterion (weather criterion)
Wind silhouette:
38.7 (Degr.)
0.334 (m)
>=
>=
>=
>=
>=
>=
Required value
0.0550
0.0900
0.0300
0.200
Complies
(mrad)
(mrad)
(mrad)
(m)
YES
YES
YES
YES
25.0 (Degr.)
0.150 (m)
YES
YES
YES
Container cargo
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
Criterion
90
Intact stability
Stability booklet
Evaluation of criteria
Windspeed
50.54 (kn.)
51.4 (kg/m2)
Wind pressure
2290.52 (m2)
Wind area
Steady wind lever
0.073 (m)
Deck immersion angle
17.27 (Degr.)
Wind gust lever
0.109 (m)
Ratio of areaA/areaB
0.176
Maximum allowed static heeling angle
9.5 (Degr.)
Max allowed ratio static angle/deck immersion angle
0.551
<=
<=
<=
1.000
16.0 (Degr.)
0.800
YES
YES
YES
The condition complies with the stability criteria
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
91
Intact stability
Stability booklet
Bending moment and shearforce calculation
225
200
175
150
125
100
75
25
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
Weight
Sectional areas
0
195 200 205
Load
-25
Weight (tonnes/m)
50
-50
-75
-100
-125
-150
-175
-200
-225
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Shear force
11000
10000
9000
8000
7000
6000
5000
4000
2000
1000
Shear force
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
0
195 200 205
-1000
-2000
Shear force (tonnes)
3000
-3000
-4000
-5000
-6000
-7000
-8000
-9000
-10000
-11000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
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92
Intact stability
Stability booklet
Bending moment
50000
40000
30000
10000
Bending moment
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-10000
Bending moment (t*m)
20000
-20000
-30000
-40000
-50000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Deflection
8
7
6
5
4
3
1
Deflection
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
0
195 200 205
-1
Deflection (mm)
2
-2
-3
-4
-5
-6
-7
-8
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Summary
Mean moulded draft
8.256 (m)
Displacement
20202.4 (tonnes)
Minimum shearforce
-389.57 (tonnes)
Maximum shearforce
GM
0.200 (m)
0.334 (m)
3.3% Distance from app
86.184 (m)
5.2% Distance from app
118.460 (m)
Maximum sagging moment
-4221.98 (t*m)
14.6% Distance from app
108.800 (m)
Maximum hogging moment
9211.14 (t*m)
18.4% Distance from app
50.000 (m)
8.4 (mm)
Distance from app
53.600 (m)
Max. deflection
348.60 (tonnes)
Trim
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
93
Intact stability
Stability booklet
Summary
The condition complies with the longitudinal strength criteria
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
94
Intact stability
Stability booklet
Weightlist
Description
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
Forward
(m)
FOT 1 C
148.5
32.160
0.000 (CL)
8.014
30.000
34.320
FOT 1 PS
156.8
32.160
5.303 (PS)
6.196
30.000
34.320
FOT 1 SB
156.8
32.160
-5.303 (SB)
6.196
30.000
34.320
FOT Day
50.3
32.160
0.000 (CL)
2.720
30.000
34.320
BT B6.1PS
94.8
105.600
2.582 (PS)
0.705
99.120
112.080
BT B6.1.SB
94.8
105.600
-2.582 (SB)
0.705
99.120
112.080
BT B6.2.PS
63.9
104.418
7.122 (PS)
0.766
99.120
112.080
BT B6.2.SB
63.9
104.418
-7.122 (SB)
0.766
99.120
112.080
BT B7.PS
51.7
115.126
2.862 (PS)
0.735
112.080
118.560
BT B7.SB
51.7
115.126
-2.862 (SB)
0.735
112.080
118.560
BT B8.PS
31.2
121.245
1.957 (PS)
0.741
118.560
124.320
BT B8.SB
31.2
121.245
-1.957 (SB)
0.741
118.560
124.320
ERT1 PS
17.4
24.073
1.250 (PS)
0.373
17.760
30.000
ERT1 SB
17.4
24.073
-1.250 (SB)
0.373
17.760
30.000
ERT2 PS
11.1
25.901
3.576 (PS)
0.553
17.760
30.000
ERT2 SB
11.1
25.901
-3.576 (SB)
0.553
17.760
30.000
Forecastle
40.0
134.570
0.000 (CL)
13.500
129.360
145.000
Aftercastle
170.0
4.390
0.000 (CL)
13.500
-5.000
13.440
Superstructure
180.0
9.720
0.000 (CL)
23.000
5.400
13.440
Engine
280.0
21.660
0.000 (CL)
4.660
17.560
25.760
Other machinery in ER
410.0
21.660
0.000 (CL)
5.000
12.000
30.000
Hatch covers
670.0
76.600
0.000 (CL)
14.600
34.044
118.180
Aft equipment
20.0
0.000
0.000 (CL)
15.200
-5.000
5.400
Fore equipment
90.0
136.250
0.000 (CL)
15.200
129.360
141.083
Ship Systems
150.0
86.100
0.000 (CL)
7.950
-5.000
145.000
Electrical systems
120.0
86.100
0.000 (CL)
7.950
-5.000
145.000
hull 1
435.6
16.777
0.000 (CL)
4.800
-5.000
30.000
hull 2
378.3
37.862
0.000 (CL)
4.800
30.000
45.000
hull 3
465.5
52.674
0.000 (CL)
4.800
45.000
60.000
hull 4
995.6
75.000
0.000 (CL)
4.800
60.000
90.000
hull 5
485.4
97.436
0.000 (CL)
4.800
90.000
105.000
hull 6
502.5
114.150
0.000 (CL)
4.800
105.000
125.000
hull 7
187.2
131.667
0.000 (CL)
4.800
125.000
145.000
Reserve
430.0
70.960
0.000 (CL)
9.703
-5.000
145.000
40.0
9.720
0.000 (CL)
23.000
5.400
13.440
1st Column
264.0
17.599
0.000 (CL)
11.402
14.570
20.628
2nd Column
274.0
24.257
0.000 (CL)
11.402
21.228
27.286
3rd Column
274.0
30.415
0.000 (CL)
11.402
27.386
33.444
4th Column
738.0
37.949
0.000 (CL)
11.402
34.920
40.978
5th Column
876.0
44.107
0.000 (CL)
11.402
41.078
47.136
6th Column
884.0
50.765
0.000 (CL)
11.402
47.736
53.794
7th Column
910.0
56.923
0.000 (CL)
11.402
53.894
59.952
8th Column
942.0
63.581
0.000 (CL)
11.402
60.552
66.610
9th Column
962.0
69.739
0.000 (CL)
11.402
66.710
72.768
10th Column
992.0
76.397
0.000 (CL)
11.402
73.368
79.426
11th Column
1034.0
82.555
0.000 (CL)
11.402
79.526
85.584
12th Column
1058.0
89.213
0.000 (CL)
11.402
86.184
92.242
13th Column
1064.0
95.371
0.000 (CL)
11.402
92.342
98.400
14th Column
980.0
102.029
0.000 (CL)
11.402
99.000
105.058
crew
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
95
Intact stability
Stability booklet
Weightlist
Description
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
(m)
15th Column
804.0
108.773
0.000 (CL)
11.402
105.744
111.802
16th Column
712.0
115.431
0.000 (CL)
11.402
112.402
118.460
17th Column
332.0
122.809
0.000 (CL)
11.402
119.780
125.838
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
Forward
96
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
-5.000
17.6
0.0
17.6
0.00
0.0
0.0
0.0
0.0
-4.000
18.1
0.0
18.1
18.15
1.3
18.2
2.0
0.2
-3.000
18.7
0.0
18.7
36.30
2.2
36.4
2.0
0.4
-2.000
19.2
0.7
18.5
54.90
2.9
78.8
2.9
0.6
-1.000
19.8
1.8
18.0
73.17
3.5
142.2
4.0
0.8
0.000
20.3
3.2
17.2
90.76
3.9
222.8
5.0
1.0
1.000
20.9
4.7
16.1
107.40
4.2
321.2
6.0
1.2
2.000
21.4
6.4
15.0
123.01
4.5
435.2
7.0
1.5
3.000
22.0
8.3
13.7
137.34
4.6
564.7
7.9
1.7
4.000
22.5
12.1
10.4
149.55
4.7
707.1
8.8
1.9
5.000
23.1
17.6
5.5
157.55
4.6
860.1
9.7
2.1
6.000
44.1
26.0
18.2
171.24
4.7
1021.6
10.4
2.3
7.000
46.2
31.9
14.3
187.35
4.9
1200.5
11.2
2.5
8.000
48.3
37.7
10.6
199.89
4.9
1393.0
12.0
2.7
9.000
50.5
43.5
7.0
208.63
4.9
1596.7
12.8
2.9
10.000
52.6
49.2
3.4
213.89
4.7
1807.0
13.5
3.1
11.000
54.7
54.8
-0.1
215.44
4.6
2021.0
14.2
3.3
12.000
56.8
60.4
-3.6
213.61
4.3
2234.7
14.8
3.5
13.000
77.3
66.0
11.3
226.26
4.4
2454.1
15.3
3.7
14.000
35.8
71.5
-35.6
211.74
3.9
2677.4
15.8
3.9
15.000
80.5
76.9
3.6
192.60
3.4
2873.7
16.1
4.1
16.000
81.6
82.3
-0.7
194.17
3.3
3066.3
16.4
4.3
17.000
82.7
87.6
-4.9
191.31
3.2
3258.2
16.6
4.5
18.000
120.6
92.8
27.8
200.08
3.2
3448.9
16.8
4.7
19.000
122.0
98.0
24.0
225.89
3.5
3661.6
17.1
4.8
20.000
123.5
103.1
20.4
248.18
3.7
3897.4
17.5
5.0
21.000
81.3
108.0
-26.6
250.56
3.6
4150.6
17.9
5.2
22.000
128.0
112.7
15.3
257.23
3.6
4400.2
18.3
5.4
23.000
129.4
117.3
12.1
270.85
3.7
4663.7
18.7
5.5
24.000
130.9
121.7
9.1
281.51
3.7
4938.9
19.1
5.7
25.000
132.3
126.0
6.3
289.14
3.7
5223.5
19.5
5.9
26.000
99.6
130.1
-30.5
285.94
3.6
5513.2
20.0
6.0
27.000
101.0
134.1
-33.1
254.08
3.1
5781.7
20.3
6.2
28.000
102.4
137.9
-35.5
215.34
2.6
6015.5
20.5
6.4
29.000
103.9
141.6
-37.7
178.70
2.1
6210.9
20.5
6.5
30.000
105.3
145.2
-39.9
139.94
1.6
6370.1
20.4
6.6
31.000
189.9
148.6
41.2
182.58
2.1
6531.4
20.4
6.8
32.000
190.4
152.0
38.3
222.41
2.5
6732.3
20.4
6.9
33.000
190.9
155.3
35.6
259.31
2.9
6973.0
20.6
7.1
34.000
146.2
158.5
-12.3
268.43
2.9
7241.0
20.8
7.2
35.000
157.6
161.6
-4.0
191.23
2.0
7478.2
21.0
7.3
36.000
158.1
164.6
-6.5
185.98
2.0
7666.0
21.0
7.4
37.000
158.6
167.5
-8.9
178.22
1.8
7847.0
21.0
7.5
38.000
159.1
170.4
-11.2
168.18
1.7
8019.6
20.9
7.6
39.000
159.6
173.1
-13.5
155.76
1.6
8180.4
20.9
7.7
40.000
160.1
175.8
-15.6
141.24
1.4
8328.3
20.8
7.8
41.000
38.8
178.4
-139.5
121.88
1.2
8460.1
20.6
7.9
42.000
183.9
180.8
3.1
114.70
1.1
8572.5
20.5
8.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
97
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
43.000
184.5
183.2
1.2
116.84
1.1
8687.4
20.3
8.1
44.000
185.0
185.5
-0.5
117.22
1.1
8803.5
20.2
8.1
45.000
185.5
187.7
-2.2
115.85
1.1
8919.1
20.0
8.2
46.000
185.8
189.8
-4.0
112.75
1.1
9032.5
19.9
8.2
47.000
186.1
191.7
-5.6
107.90
1.0
9141.8
19.7
8.3
48.000
187.7
193.6
-5.9
15.08
0.1
9196.8
19.5
8.3
49.000
188.0
195.4
-7.3
8.44
0.1
9207.5
19.1
8.4
50.000
188.4
197.0
-8.6
0.48
0.0
9211.1
18.8
8.4
51.000
188.7
198.5
-9.8
-8.79
0.1
9205.8
18.4
8.4
52.000
189.0
199.9
-10.9
-19.13
0.2
9191.1
18.1
8.4
53.000
189.3
201.1
-11.8
-30.49
0.3
9165.1
17.7
8.4
54.000
193.9
202.1
-8.2
-56.79
0.5
9125.5
17.4
8.4
55.000
194.2
203.0
-8.8
-65.35
0.6
9063.3
17.0
8.4
56.000
194.5
203.8
-9.3
-74.42
0.6
8992.6
16.8
8.4
57.000
194.8
204.4
-9.6
-83.87
0.7
8912.2
16.7
8.4
58.000
195.1
204.9
-9.8
-93.56
0.8
8822.7
16.5
8.4
59.000
195.4
205.3
-9.8
-103.36
0.9
8723.0
16.3
8.3
60.000
45.5
205.5
-160.0
-120.38
1.0
8613.7
16.1
8.3
61.000
201.1
205.7
-4.6
-210.79
1.8
8427.8
15.8
8.2
62.000
201.1
205.8
-4.7
-215.48
1.9
8213.7
15.4
8.2
63.000
201.1
205.9
-4.8
-220.22
1.9
7994.7
15.0
8.1
64.000
201.1
205.9
-4.8
-224.99
1.9
7771.2
14.5
8.1
65.000
201.2
205.9
-4.8
-229.78
2.0
7542.6
14.1
8.0
66.000
201.2
206.0
-4.8
-234.57
2.0
7309.5
13.7
7.9
67.000
204.5
206.0
-1.5
-253.97
2.2
7066.3
13.2
7.9
68.000
204.5
206.1
-1.5
-255.49
2.2
6810.6
12.7
7.8
69.000
204.6
206.1
-1.5
-257.02
2.2
6553.2
12.3
7.7
70.000
204.6
206.1
-1.5
-258.56
2.2
6294.4
11.8
7.6
71.000
204.6
206.2
-1.6
-260.12
2.3
6034.0
11.3
7.5
72.000
204.6
206.2
-1.6
-261.68
2.3
5772.1
10.8
7.4
73.000
45.8
206.2
-160.4
-300.10
2.6
5501.1
10.3
7.3
74.000
209.6
206.3
3.4
-356.99
3.1
5155.7
9.6
7.2
75.000
209.6
206.3
3.3
-353.64
3.1
4799.4
9.0
7.0
76.000
209.7
206.3
3.3
-350.30
3.0
4446.3
8.3
6.9
77.000
209.7
206.4
3.3
-346.97
3.0
4096.7
7.7
6.8
78.000
209.7
206.4
3.3
-343.65
3.0
3750.3
7.0
6.7
79.000
209.7
206.4
3.3
-340.35
2.9
3407.3
6.4
6.6
80.000
216.7
206.5
10.2
-350.14
3.0
3059.7
5.7
6.4
81.000
216.7
206.5
10.2
-339.93
2.9
2713.9
5.1
6.3
82.000
216.7
206.5
10.2
-329.73
2.9
2377.8
4.4
6.2
83.000
216.8
206.6
10.2
-319.54
2.8
2052.3
3.8
6.0
84.000
216.8
206.6
10.2
-309.36
2.7
1736.6
3.2
5.9
85.000
216.8
206.7
10.2
-299.19
2.6
1431.5
2.7
5.7
86.000
46.2
206.7
-160.5
-360.04
3.1
1121.4
2.1
5.6
87.000
220.8
206.7
14.1
-378.06
3.3
738.5
1.4
5.5
88.000
220.8
206.8
14.1
-363.97
3.2
366.1
0.7
5.3
89.000
220.9
206.8
14.1
-349.89
3.1
8.5
0.0
5.2
90.000
220.9
206.8
14.1
-335.82
3.0
-335.7
0.8
5.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
98
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
91.000
220.8
206.8
14.0
-321.81
2.9
-665.3
1.6
4.9
92.000
220.7
206.8
13.9
-307.86
2.7
-981.4
2.3
4.8
93.000
221.6
206.5
15.1
-310.66
2.8
-1295.2
3.1
4.6
94.000
221.5
206.0
15.5
-295.37
2.7
-1599.6
3.9
4.5
95.000
221.4
205.2
16.3
-279.49
2.5
-1887.8
4.7
4.3
96.000
221.4
204.0
17.3
-262.73
2.4
-2160.4
5.5
4.2
97.000
221.3
202.4
18.8
-244.64
2.2
-2414.8
6.3
4.1
98.000
221.2
200.5
20.7
-224.93
2.1
-2651.2
7.0
3.9
99.000
45.5
198.1
-152.6
-308.47
2.8
-2898.0
7.9
3.8
100.000
236.3
195.3
41.0
-272.02
2.5
-3191.0
8.8
3.7
101.000
235.4
192.2
43.2
-229.89
2.2
-3442.3
9.8
3.5
102.000
234.5
188.7
45.7
-185.49
1.8
-3652.1
10.6
3.4
103.000
233.5
185.0
48.5
-138.34
1.4
-3814.3
11.3
3.3
104.000
232.6
181.1
51.5
-88.41
0.9
-3930.0
12.0
3.2
105.000
231.7
177.0
54.7
-35.31
0.4
-3993.1
12.4
3.1
106.000
201.2
172.7
28.5
-97.58
1.0
-4069.0
13.0
3.0
107.000
199.7
168.2
31.6
-67.48
0.7
-4152.2
13.6
2.8
108.000
198.3
163.5
34.8
-34.40
0.4
-4205.1
14.2
2.7
109.000
196.8
158.8
38.1
2.07
0.0
-4221.8
14.6
2.6
110.000
195.4
153.9
41.5
41.78
0.5
-4201.9
15.0
2.5
111.000
193.9
148.9
45.1
85.12
1.1
-4138.9
15.2
2.4
112.000
59.8
143.8
-84.0
105.64
1.4
-4035.2
15.2
2.3
113.000
175.5
138.6
36.9
93.54
1.3
-3950.4
15.4
2.2
114.000
174.0
133.4
40.6
132.22
1.8
-3839.6
15.4
2.2
115.000
172.5
128.1
44.4
174.79
2.5
-3686.5
15.3
2.1
116.000
171.0
122.9
48.2
220.98
3.3
-3490.8
15.0
2.0
117.000
169.5
117.6
52.0
271.12
4.2
-3245.1
14.5
1.9
118.000
168.0
112.3
55.7
324.88
5.2
-2949.5
13.6
1.8
119.000
40.8
107.0
-66.3
312.33
5.2
-2618.4
12.6
1.7
120.000
94.2
101.9
-7.7
259.94
4.5
-2337.0
11.7
1.7
121.000
92.8
96.7
-3.9
254.22
4.6
-2081.3
10.8
1.6
122.000
91.4
91.7
-0.3
252.04
4.8
-1829.4
9.9
1.5
123.000
90.0
86.8
3.3
253.61
5.1
-1577.9
8.9
1.5
124.000
88.6
82.0
6.7
258.52
5.4
-1323.2
7.9
1.4
125.000
79.1
77.3
1.9
261.16
5.8
-1063.7
6.6
1.3
126.000
23.4
72.7
-49.3
255.99
5.9
-802.8
5.3
1.3
127.000
22.5
68.2
-45.7
208.57
5.1
-572.7
4.0
1.2
128.000
21.6
63.8
-42.2
164.53
4.3
-386.6
2.8
1.1
129.000
20.6
59.5
-38.9
124.05
3.4
-244.4
1.9
1.1
130.000
28.7
55.3
-26.6
92.46
2.7
-137.7
1.1
1.0
131.000
28.1
51.2
-23.0
67.73
2.1
-59.4
0.5
0.9
132.000
27.6
47.1
-19.5
46.38
1.6
-3.2
0.0
0.9
133.000
27.0
43.1
-16.1
28.63
1.1
32.7
0.3
0.8
134.000
26.5
39.2
-12.8
14.14
0.6
53.1
0.5
0.7
135.000
25.9
35.4
-9.5
3.10
0.1
60.2
0.6
0.7
136.000
25.4
31.6
-6.3
-4.83
0.2
58.2
0.6
0.6
137.000
24.8
28.0
-3.2
-9.49
0.5
49.7
0.6
0.5
138.000
24.2
24.5
-0.2
-11.26
0.7
38.1
0.5
0.5
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
99
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
139.000
23.7
21.2
2.5
-10.05
0.7
26.3
0.4
0.4
140.000
23.1
18.0
5.2
-6.24
0.5
16.8
0.3
0.3
141.000
22.6
14.9
7.7
0.20
0.0
12.6
0.3
0.3
142.000
9.7
11.9
-2.3
-1.98
0.3
10.9
0.4
0.2
143.000
8.4
8.9
-0.5
-3.33
0.7
7.1
0.3
0.1
144.000
7.2
5.8
1.4
-2.93
1.2
2.8
0.3
0.1
145.000
5.9
0.0
5.9
0.00
0.0
0.0
0.0
0.0
145.012
0.0
0.0
0.0
0.00
0.0
0.0
0.0
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
100
Intact stability
Stability booklet
Containerized cargo - Arrival
1116 TEU - Multipurpose
Designer
Nemanja Surbatovic
Created by
Nemanja Surbatovic
Comment
Filename
Nemanja Surbatovic Final.fbm
Design length
145.00 (m)
Midship location
72.500 (m)
Length over all
150.00 (m)
Relative water density
1.0250
Design beam
24.840 (m)
Mean shell thickness
0.0130 (m)
Maximum beam
24.840 (m)
Appendage coefficient
1.0000
Design draft
8.280 (m)
Calculation settings
Center of gravity of tanks containing liquids
:
Actual COG
Container cargo
-5
0
0
5
10
15
10
20
25
30
20
35
40
45
30
50
55
60
40
65
70
75
50
80
85
90
60
95
100
105
70
110
115
120
125
80
130
90
135
140
145
100
150
155
110
160
165
170
120
175
180
185
130
190
195
200
205
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
101
Intact stability
Stability booklet
FOT 1 C
BT AP.PS
BT AP.PS
BT AP.SB
FOT 2 PS
BT FP
FOT 1 C
FOT 1 SB
FOT 1 PS
BT S0.SB
BT S0.PS
FOT Day
ERT1 PS
-5
0
5
10
15
20
25
30
35
40
45
55
BT H1.PS
BT H1.SB
FOT Day
BT B0.PS
50
BT B1.1.PS
60
65
70
BT B2.1.PS
75
80
85
BT B3.1.PS
90
95
100
105
BT B4.1.PS
110
115
120
BT B5.1.PS
125
130
135
140
BT B6.1PS
145
150
155
160
BT B7.PS BT B8.PS
165
170
175
180
185
190
195
200
205
0.000 (CL)
PS
#8
ERT1 PS
ERT1 SB
#38PS
ERT2
ERT2 SB
SB PS
BT B0.PS BT B0.SB
SB PS
#48
BT B1.1.PS BT B1.2.SB
BT B1.2.PS
BT B1.1.SB
SB PS
#57
SB
FOT 1 PS
FOT 2 PS
FOT 1 C
10.000
FOT 2 SB
FOT 1 SB
BT S2.PS
BT S2.SB BT S3.PS
BT H2.PS
BT S2.PS
BT S0.PS
BT S3.PS
BT S4.PS
BT H2.SB
BT B2.1.PS
BT B2.2.SB
BT B2.2.PS
BT B2.1.SB
BT S5.PS
BT H1.PS
BT H6.PS
PS
#77
SB PS
BT S3.SB BT S4.PS
BT H3.PS
BT H3.SB
BT B3.1.PS
BT 3.2.SB
BT B3.2.PS
BT B3.1.SB
#95
SB PS
BT S4.SB BT S5.PS
BT H4.PS
BT H4.SB
#113
BT S5.SB
BT H5.PS
BT B4.1.PS
BT B4.2.SB
BT B4.2.PS
BT B4.1.SB
BT H5.SB
BT B5.1.PS BT B5.2.SB
BT B5.2.PS
BT B5.1.SB
SB PS
#131
SB
BT H7.PS
FOT 1 PS
BT AP.PS
FOT 2 PS
FOT 1 C
BT FP 8.300
BT AP.SB
FOT 2 SB
FOT 1 SB
BT H7.SB
BT S0.SB
BT H6.SB
BT H1.SB
BT S2.SB
BT S2.PS
BT S0.PS
BT H1.PS
BT H2.PS
BT S3.SB
BT S4.SB
BT S5.SB
BT S3.PS
BT S4.PS
BT S5.PS
BT H3.PS
BT H4.PS
BT H5.PS
BT H6.PS
BT H6.SB
BT H7.PS
BT H7.SB
FOT 2 PS
FOT 2 SB
BT FP
BT H6.PS
BT B6.2.SB
BT B6.1PS
BT B6.2.PS
BT B6.1.SB
BT H7.PS
FOT 1 PS
PS
#151
SB PS
BT B7.PS
BT B8.PS
BT B8.SB
BT B7.SB
#163
SB PS
#171
SB PS
#199
SB
FOT 2 PS
FOT Day
FOT 2 SB
FOT 1 SB
BT FP 2.500
Cargo
BT H7.SB
Fuel
BT S0.SB
BT H1.SB
BT H2.SB
BT H5.SB
BT H6.SB
BT H3.SB
BT H4.SB
BT S3.SB
BT S4.SB
BT S5.SB
BT B2.2.PS
BT B3.2.PS
BT B4.2.PS
BT B5.2.PS
BT B1.1.PS
BT B2.1.PS
BT B3.1.PS
BT B4.1.PS
BT B5.1.PS
BT B6.1PS
BT B7.PS
BT B1.1.SB
BT B2.1.SB
BT B3.1.SB
BT B4.1.SB
BT B5.1.SB
BT B6.1.SB
BT B7.SB
BT B2.2.SB
BT 3.2.SB
BT B4.2.SB
BT B5.2.SB
BT S2.SB
Other Stores
Ballast
BT B1.2.PS
ERT2 PS
BT B0.PS
BT B6.2.PS
ERT1 PS
ERT2 SB
BT B8.PS
0.700
ERT1 SB
BT B0.SB
BT B1.2.SB
BT B8.SB
BT B6.2.SB
Hydrostatic particulars
List
GG'
0.004 (m)
Draft aft pp
0.0 (CL) (Degr.)
7.891 (m)
VCG'
10.131 (m)
Mean moulded draft
7.925 (m)
Max VCG'
10.015 (m)
Draft forward pp
7.960 (m)
GM solid
0.037 (m)
Trim
0.069 (m)
G'M liquid
KM
10.165 (m)
Immersion rate
VCG
10.128 (m)
MCT
0.033 (m)
28.444 (t/cm)
230.2 (t*m/cm)
Summary
Description
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000
23.000
0.0
13100.0
74.605
0.000
11.381
0.0
102.6
32.160
0.000
4.111
41.4
11.4
25.547
0.000
0.137
34.3
0.0
0.000
0.000
0.000
0.0
6010.0
64.939
0.000 (CL)
7.431
Deadweight
13254.0
74.038
0.000 (CL)
11.350
75.6
Displacement
19264.0
71.199
0.000 (CL)
10.128
75.6
Crew
Cargo
Fuel
Other Stores
Ballast
Lightship
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
102
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000 (CL)
23.000
0.0
13100.0
74.605
0.000 (CL)
11.381
0.0
0.000 (CL)
5.441
41.4
Crew
crew
Cargo
Containers
Fuel
FOT 1 C
0.8901
35.4
52.6
32.160
FOT 1 PS
0.8901
0.0
0.0
32.160
5.508 (PS)
7.423
0.0
FOT 1 SB
0.8901
0.0
0.0
32.160
-5.508 (SB)
7.423
0.0
FOT Day
0.8901
99.5
50.0
32.160
0.000 (CL)
2.713
0.0
FOT 2 PS
0.8901
0.0
0.0
121.245
2.263 (PS)
7.654
0.0
FOT 2 SB
0.8901
0.0
0.0
121.245
-2.263 (SB)
7.654
0.0
102.6
32.160
0.000 (CL)
4.111
41.4
Totals for Fuel
Other Stores
ERT1 PS
0.9002
10.0
3.5
24.535
1.151 (PS)
0.085
12.2
ERT1 SB
0.9002
10.0
3.5
24.535
-1.151 (SB)
0.085
12.2
ERT2 PS
0.9002
10.0
2.2
27.136
3.339 (PS)
0.218
4.9
ERT2 SB
0.9002
10.0
2.2
27.136
-3.339 (SB)
0.218
4.9
11.4
25.547
0.000 (CL)
0.137
34.3
Totals for Other Stores
Ballast
BT AP.PS
1.0250
0.0
0.0
6.605
2.737 (PS)
7.914
0.0
BT AP.SB
1.0250
0.0
0.0
6.605
-2.737 (SB)
7.914
0.0
BT B0.PS
1.0250
0.0
0.0
32.217
3.335 (PS)
0.763
0.0
BT B0.SB
1.0250
0.0
0.0
32.217
-3.335 (SB)
0.763
0.0
BT B1.1.PS
1.0250
0.0
0.0
40.442
2.581 (PS)
0.705
0.0
BT B1.1.SB
1.0250
0.0
0.0
40.442
-2.581 (SB)
0.705
0.0
BT B1.2.PS
1.0250
0.0
0.0
41.270
6.985 (PS)
0.814
0.0
BT B1.2.SB
1.0250
0.0
0.0
41.270
-6.985 (SB)
0.814
0.0
BT B2.1.PS
1.0250
0.0
0.0
53.040
2.582 (PS)
0.705
0.0
BT B2.1.SB
1.0250
0.0
0.0
53.040
-2.582 (SB)
0.705
0.0
BT B2.2.PS
1.0250
0.0
0.0
53.327
7.908 (PS)
0.756
0.0
BT B2.2.SB
1.0250
0.0
0.0
53.327
-7.908 (SB)
0.756
0.0
BT B3.1.PS
1.0250
0.0
0.0
66.000
2.582 (PS)
0.705
0.0
BT B3.1.SB
1.0250
0.0
0.0
66.000
-2.582 (SB)
0.705
0.0
BT B3.2.PS
1.0250
0.0
0.0
66.003
8.155 (PS)
0.746
0.0
BT 3.2.SB
1.0250
0.0
0.0
66.003
-8.155 (SB)
0.746
0.0
BT B4.1.PS
1.0250
0.0
0.0
78.960
2.582 (PS)
0.705
0.0
BT B4.1.SB
1.0250
0.0
0.0
78.960
-2.582 (SB)
0.705
0.0
BT B4.2.PS
1.0250
0.0
0.0
78.960
8.157 (PS)
0.746
0.0
BT B4.2.SB
1.0250
0.0
0.0
78.960
-8.157 (SB)
0.746
0.0
BT B5.1.PS
1.0250
0.0
0.0
92.280
2.582 (PS)
0.705
0.0
BT B5.1.SB
1.0250
0.0
0.0
92.280
-2.582 (SB)
0.705
0.0
BT B5.2.PS
1.0250
0.0
0.0
92.174
8.098 (PS)
0.747
0.0
BT B5.2.SB
1.0250
0.0
0.0
92.174
-8.098 (SB)
0.747
0.0
BT B6.1PS
1.0250
0.0
0.0
105.600
2.582 (PS)
0.705
0.0
BT B6.1.SB
1.0250
0.0
0.0
105.600
-2.582 (SB)
0.705
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
103
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
BT B6.2.PS
1.0250
0.0
0.0
104.418
7.122 (PS)
0.766
0.0
BT B6.2.SB
1.0250
0.0
0.0
104.418
-7.122 (SB)
0.766
0.0
BT B7.PS
1.0250
0.0
0.0
115.126
2.862 (PS)
0.736
0.0
BT B7.SB
1.0250
0.0
0.0
115.126
-2.862 (SB)
0.736
0.0
BT B8.PS
1.0250
0.0
0.0
121.245
1.957 (PS)
0.741
0.0
BT B8.SB
1.0250
0.0
0.0
121.245
-1.957 (SB)
0.741
0.0
BT S0.PS
1.0250
0.0
0.0
32.282
8.654 (PS)
5.214
0.0
BT S0.SB
1.0250
0.0
0.0
32.282
-8.654 (SB)
5.214
0.0
BT S2.PS
1.0250
0.0
0.0
53.447
11.288 (PS)
5.566
0.0
BT S2.SB
1.0250
0.0
0.0
53.447
-11.288 (SB)
5.566
0.0
BT S3.PS
1.0250
0.0
0.0
66.004
11.391 (PS)
5.410
0.0
BT S3.SB
1.0250
0.0
0.0
66.004
-11.391 (SB)
5.410
0.0
BT S4.PS
1.0250
0.0
0.0
78.960
11.392 (PS)
5.409
0.0
BT S4.SB
1.0250
0.0
0.0
78.960
-11.392 (SB)
5.409
0.0
BT S5.PS
1.0250
0.0
0.0
92.050
11.354 (PS)
5.442
0.0
BT S5.SB
1.0250
0.0
0.0
92.050
-11.354 (SB)
5.442
0.0
BT H1.PS
1.0250
0.0
0.0
39.585
9.103 (PS)
5.032
0.0
BT H1.SB
1.0250
0.0
0.0
39.585
-9.103 (SB)
5.032
0.0
BT H2.PS
1.0250
0.0
0.0
53.040
9.073 (PS)
2.720
0.0
BT H2.SB
1.0250
0.0
0.0
53.040
-9.073 (SB)
2.720
0.0
BT H3.PS
1.0250
0.0
0.0
66.000
9.073 (PS)
2.720
0.0
BT H3.SB
1.0250
0.0
0.0
66.000
-9.073 (SB)
2.720
0.0
BT H4.PS
1.0250
0.0
0.0
78.960
9.073 (PS)
2.719
0.0
BT H4.SB
1.0250
0.0
0.0
78.960
-9.073 (SB)
2.719
0.0
BT H5.PS
1.0250
0.0
0.0
92.280
9.073 (PS)
2.720
0.0
BT H5.SB
1.0250
0.0
0.0
92.280
-9.073 (SB)
2.720
0.0
BT H6.PS
1.0250
0.0
0.0
105.915
8.603 (PS)
4.996
0.0
BT H6.SB
1.0250
0.0
0.0
105.915
-8.603 (SB)
4.996
0.0
BT H7.PS
1.0250
0.0
0.0
115.030
6.095 (PS)
5.317
0.0
BT H7.SB
1.0250
0.0
0.0
115.030
-6.095 (SB)
5.317
0.0
BT FP
1.0250
0.0
0.0
139.592
0.000 (CL)
6.087
0.0
0.0
0.000
0.000 (CL)
0.000
0.0
Totals for Ballast
Lightship
6010.0
64.939
0.000 (CL)
7.431
Deadweight
13254.0
74.038
0.000 (CL)
11.350
75.6
Displacement
19264.0
71.199
0.000 (CL)
10.128
75.6
9/9/2019 DELFTship 11.30 (317)
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104
Intact stability
Stability booklet
Righting levers
Heeling angle
Draft
Trim
Displacement
KN sin(ø)
VCG sin(ø)
GG' sin(ø)
TCG cos(ø)
GZ
Area
(Degr.)
(m)
(m)
(tonnes)
(m)
(m)
(m)
(m)
(m)
(mrad)
0.0º (CL)
7.925
0.069
19263.9
0.000
0.000
0.000
0.000
0.000
0.000
2.5º (PS)
7.923
0.077
19263.8
0.444
0.442
0.000
0.000
0.002
0.000
5.0º (PS)
7.917
0.099
19264.0
0.888
0.883
0.000
0.000
0.005
0.000
10.0º (PS)
7.889
0.193
19264.0
1.785
1.759
0.001
0.000
0.026
0.001
15.0º (PS)
7.841
0.365
19264.0
2.701
2.621
0.001
0.000
0.079
0.006
20.0º (PS)
7.768
0.657
19264.1
3.649
3.464
0.001
0.000
0.184
0.017
25.0º (PS)
7.729
1.085
19264.0
4.532
4.280
0.002
0.000
0.250
0.036
30.0º (PS)
7.702
1.556
19264.0
5.371
5.064
0.002
0.000
0.305
0.060
35.0º (PS)
7.641
2.057
19264.1
6.191
5.809
0.002
0.000
0.380
0.090
40.0º (PS)
7.562
2.568
19264.0
6.914
6.510
0.002
0.000
0.402
0.125
45.0º (PS)
7.485
3.066
19264.1
7.478
7.161
0.003
0.000
0.314
0.157
50.0º (PS)
7.408
3.624
19264.0
7.900
7.758
0.003
0.000
0.138
0.177
55.0º (PS)
7.320
4.325
19264.0
8.205
8.296
0.004
0.000
-0.094
0.181
60.0º (PS)
7.208
5.285
19264.0
8.414
8.771
0.004
0.000
-0.361
0.181
65.0º (PS)
7.044
6.725
19263.9
8.547
9.179
0.005
0.000
-0.637
0.181
70.0º (PS)
6.737
9.338
19264.0
8.662
9.517
0.006
0.000
-0.861
0.181
75.0º (PS)
6.174
14.084
19264.1
8.732
9.782
0.006
0.000
-1.057
0.181
80.0º (PS)
5.041
23.755
19264.0
8.725
9.974
0.007
0.000
-1.256
0.181
85.0º (PS)
1.670
52.876
19264.0
8.634
10.089
0.007
0.000
-1.462
0.181
90.0º (PS)
0.000
29181.157
19264.0
8.467
10.128
0.007
0.000
-1.668
0.181
95.0º (PS)
15.065
-63.988
19264.0
8.231
10.089
0.008
0.000
-1.866
0.181
100.0º (PS)
11.694
-34.865
19264.0
7.934
9.974
0.008
0.000
-2.048
0.181
9/9/2019 DELFTship 11.30 (317)
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105
Intact stability
Stability booklet
Stability curve
IMO MSC.267(85) - Minimum design criteria applicable to all ships
0.4
Angle of max GZ=38.7º
0.3
Area B=0.101
0.2
0.1
0.0
-0.1
-0.2
Gust equilibrium=16.9º
Max. GZ at 30º or
GM=0.033
Area A=0.029
Steady wind lever
Rollback angle=-1.5º
Wind gust lever
Angle of heel under action of steady wind=14.9º
greater=0.405
-0.3
Downflooding angle=60.2º
-0.4
Righting lever (m)
-0.5
-0.6
-0.7
-0.8
-0.9
-1.0
No FSC
-1.1
-1.2
-1.3
-1.4
-1.5
Constant FSC
-1.6
-1.7
-1.8
-1.9
-2.0
0
10
20
30
40
50
60
70
80
90
100
Heeling angle (°)
Critical points
Description
Type
X coordinate
Y coordinate Z coordinate
Dist. to wl
Submersion angle
(m)
(m)
(m)
(m)
(Degr.)
0.000 (CL)
6.620
-1.271
0.0 (CL)
Main propeller
Marker
1.750
Bowthruster
Marker
136.120
0.000 (CL)
2.780
-5.176
0.0 (CL)
<>
Downflooding
7.000
8.000 (PS)
18.750
10.856
60.2 (PS)
Evaluation of criteria
IMO MSC.267(85) - Minimum design criteria applicable to all ships
International Code on Intact Stability (2008), Part A, §2.2 - §2.3
Description
Attained value
Area 0º - 30º
Area 0º - 40º
Area 30º - 40º
Max. GZ at 30º or greater
0.0603
0.1250
0.0647
0.405
(mrad)
(mrad)
(mrad)
(m)
Lower angle
30.0 (Degr.)
Upper angle
90.0 (Degr.)
Angle of max GZ
Initial metacentric height
Severe wind and rolling criterion (weather criterion)
Wind silhouette:
38.7 (Degr.)
0.033 (m)
>=
>=
>=
>=
>=
>=
Required value
0.0550
0.0900
0.0300
0.200
Complies
(mrad)
(mrad)
(mrad)
(m)
YES
YES
YES
YES
25.0 (Degr.)
0.150 (m)
YES
NO
YES
Container cargo
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
Criterion
106
Intact stability
Stability booklet
Evaluation of criteria
Windspeed
50.54 (kn.)
51.4 (kg/m2)
Wind pressure
2339.12 (m2)
Wind area
Steady wind lever
0.078 (m)
Deck immersion angle
18.74 (Degr.)
Wind gust lever
0.117 (m)
Ratio of areaA/areaB
0.284
Maximum allowed static heeling angle
14.9 (Degr.)
Max allowed ratio static angle/deck immersion angle
0.796
<=
<=
<=
1.000
16.0 (Degr.)
0.800
YES
YES
YES
The condition does NOT comply with the stability criteria
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
107
Intact stability
Stability booklet
Bending moment and shearforce calculation
200
175
150
125
100
75
25
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
Weight
Sectional areas
0
195 200 205
Load
-25
Weight (tonnes/m)
50
-50
-75
-100
-125
-150
-175
-200
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Shear force
11000
10000
9000
8000
7000
6000
5000
4000
2000
1000
Shear force
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
0
195 200 205
-1000
-2000
Shear force (tonnes)
3000
-3000
-4000
-5000
-6000
-7000
-8000
-9000
-10000
-11000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
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108
Intact stability
Stability booklet
Bending moment
50000
40000
30000
10000
Bending moment
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-10000
Bending moment (t*m)
20000
-20000
-30000
-40000
-50000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Deflection
14
13
12
11
10
9
8
7
6
5
4
2
Deflection
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
1
0
-1
-2
Deflection (mm)
3
-3
-4
-5
-6
-7
-8
-9
-10
-11
-12
-13
-14
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Summary
Mean moulded draft
7.925 (m)
Trim
19264.0 (tonnes)
Minimum shearforce
-914.73 (tonnes)
9.9% Distance from app
35.000 (m)
688.37 (tonnes)
Maximum shearforce
GM
0.069 (m)
Displacement
0.033 (m)
10.3% Distance from app
118.000 (m)
Maximum sagging moment
-11251.65 (t*m)
26.7% Distance from app
69.200 (m)
Maximum hogging moment
4100.84 (t*m)
15.8% Distance from app
23.200 (m)
-14.6 (mm)
Distance from app
75.200 (m)
Max. deflection
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
109
Intact stability
Stability booklet
Summary
The condition complies with the longitudinal strength criteria
9/9/2019 DELFTship 11.30 (317)
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110
Intact stability
Stability booklet
Weightlist
Description
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
Forward
(m)
FOT 1 C
52.6
32.160
0.000 (CL)
5.441
30.000
34.320
FOT Day
50.0
32.160
0.000 (CL)
2.713
30.000
34.320
ERT1 PS
3.5
24.535
1.151 (PS)
0.085
17.760
30.000
ERT1 SB
3.5
24.535
-1.151 (SB)
0.085
17.760
30.000
ERT2 PS
2.2
27.136
3.339 (PS)
0.218
18.204
30.000
ERT2 SB
2.2
27.136
-3.339 (SB)
0.218
18.204
30.000
Forecastle
40.0
134.570
0.000 (CL)
13.500
129.360
145.000
Aftercastle
170.0
4.390
0.000 (CL)
13.500
-5.000
13.440
Superstructure
180.0
9.720
0.000 (CL)
23.000
5.400
13.440
Engine
280.0
21.660
0.000 (CL)
4.660
17.560
25.760
Other machinery in ER
410.0
21.660
0.000 (CL)
5.000
12.000
30.000
Hatch covers
118.180
670.0
76.600
0.000 (CL)
14.600
34.044
Aft equipment
20.0
0.000
0.000 (CL)
15.200
-5.000
5.400
Fore equipment
90.0
136.250
0.000 (CL)
15.200
129.360
141.083
Ship Systems
150.0
86.100
0.000 (CL)
7.950
-5.000
145.000
Electrical systems
120.0
86.100
0.000 (CL)
7.950
-5.000
145.000
hull 1
435.6
16.777
0.000 (CL)
4.800
-5.000
30.000
hull 2
378.3
37.862
0.000 (CL)
4.800
30.000
45.000
hull 3
465.5
52.674
0.000 (CL)
4.800
45.000
60.000
hull 4
995.6
75.000
0.000 (CL)
4.800
60.000
90.000
hull 5
485.4
97.436
0.000 (CL)
4.800
90.000
105.000
hull 6
502.5
114.150
0.000 (CL)
4.800
105.000
125.000
hull 7
187.2
131.667
0.000 (CL)
4.800
125.000
145.000
Reserve
430.0
70.960
0.000 (CL)
9.703
-5.000
145.000
40.0
9.720
0.000 (CL)
23.000
5.400
13.440
13100.0
74.605
0.000 (CL)
11.381
35.000
118.000
crew
Containers
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
111
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
-5.000
17.6
0.0
17.6
0.00
0.0
0
0.0
0.0
-4.000
18.1
0.0
18.1
18.48
1.3
30
3.4
-0.2
-3.000
18.7
0.0
18.7
36.97
2.2
60
3.4
-0.4
-2.000
19.2
0.0
19.2
55.45
2.9
90
3.4
-0.6
-1.000
19.8
0.5
19.3
74.53
3.5
146
4.1
-0.8
0.000
20.3
1.4
18.9
93.66
4.0
230
5.2
-0.9
1.000
20.9
2.7
18.2
112.19
4.4
332
6.2
-1.1
2.000
21.4
4.1
17.3
129.96
4.7
453
7.3
-1.3
3.000
22.0
5.8
16.2
146.71
4.9
591
8.3
-1.5
4.000
22.5
9.4
13.1
161.54
5.1
744
9.3
-1.7
5.000
23.1
14.7
8.4
172.38
5.0
911
10.2
-1.9
6.000
44.1
22.8
21.3
189.09
5.2
1090
11.1
-2.1
7.000
46.2
28.6
17.6
208.41
5.4
1288
12.1
-2.3
8.000
48.3
34.2
14.1
224.33
5.5
1504
13.0
-2.5
9.000
50.5
39.8
10.6
236.65
5.5
1735
13.9
-2.7
10.000
52.6
45.4
7.2
245.64
5.4
1975
14.8
-2.9
11.000
54.7
50.8
3.8
251.11
5.3
2224
15.6
-3.1
12.000
56.8
56.3
0.5
253.36
5.1
2475
16.3
-3.3
13.000
77.3
61.6
15.6
270.26
5.2
2737
17.1
-3.5
14.000
35.8
67.0
-31.1
260.15
4.8
3007
17.8
-3.7
15.000
36.9
72.2
-35.3
226.84
4.0
3250
18.2
-3.9
16.000
38.0
77.4
-39.4
189.55
3.3
3459
18.5
-4.1
17.000
39.1
82.6
-43.5
148.00
2.4
3626
18.5
-4.3
18.000
74.8
87.7
-13.0
117.68
1.9
3756
18.3
-4.5
19.000
75.9
92.8
-16.8
102.68
1.6
3865
18.1
-4.7
20.000
77.1
97.7
-20.6
84.04
1.3
3959
17.8
-5.0
21.000
78.3
102.5
-24.2
61.57
0.9
4031
17.4
-5.2
22.000
79.4
107.1
-27.7
35.70
0.5
4080
17.0
-5.4
23.000
80.6
111.6
-31.0
6.32
0.1
4100
16.4
-5.6
24.000
81.8
115.9
-34.1
-26.15
0.4
4090
15.8
-5.9
25.000
82.9
120.0
-37.1
-61.81
0.8
4045
15.1
-6.1
26.000
50.0
124.0
-74.1
-108.46
1.4
3964
14.3
-6.3
27.000
51.1
127.9
-76.7
-183.93
2.3
3815
13.4
-6.6
28.000
52.3
131.6
-79.3
-261.91
3.2
3594
12.2
-6.8
29.000
53.5
135.2
-81.7
-342.48
4.1
3290
10.9
-7.1
30.000
54.7
138.7
-84.1
-425.34
5.1
2907
9.3
-7.3
31.000
50.4
142.1
-91.7
-515.68
6.0
2434
7.6
-7.5
32.000
50.3
145.4
-95.1
-608.80
7.0
1874
5.7
-7.8
33.000
50.8
148.6
-97.8
-705.28
7.9
1214
3.6
-8.1
34.000
51.3
151.7
-100.4
-804.30
8.9
461
1.3
-8.3
35.000
35.8
154.7
-118.9
-914.73
9.9
-396
1.4
-8.6
36.000
215.2
157.6
57.6
-855.70
9.1
-1282
4.5
-8.8
37.000
215.2
160.5
54.7
-799.62
8.4
-2109
7.2
-9.1
38.000
215.2
163.3
51.9
-746.25
7.7
-2883
9.6
-9.3
39.000
215.2
165.9
49.2
-695.73
7.1
-3603
11.7
-9.6
40.000
215.2
168.5
46.6
-647.74
6.5
-4276
13.5
-9.8
41.000
215.2
171.0
44.1
-602.42
6.0
-4901
15.2
-10.1
42.000
215.2
173.5
41.7
-559.47
5.5
-5483
16.6
-10.3
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Multipurpose - 1116TEU
(mm)
112
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
43.000
215.1
175.8
39.4
-518.99
5.0
-6022
17.9
-10.5
44.000
215.1
178.0
37.1
-480.71
4.6
-6523
19.0
-10.8
45.000
215.1
180.1
35.0
-444.66
4.2
-6986
19.9
-11.0
46.000
214.9
182.2
32.7
-410.81
3.9
-7414
20.7
-11.2
47.000
214.7
184.1
30.6
-379.19
3.5
-7809
21.4
-11.4
48.000
214.5
185.9
28.6
-349.56
3.2
-8174
22.0
-11.6
49.000
214.3
187.6
26.7
-321.98
2.9
-8510
22.5
-11.8
50.000
214.1
189.2
24.9
-296.18
2.7
-8820
22.9
-12.0
51.000
213.9
190.6
23.2
-272.19
2.4
-9104
23.2
-12.2
52.000
213.6
192.0
21.7
-249.72
2.2
-9366
23.4
-12.4
53.000
213.4
193.1
20.3
-228.78
2.0
-9605
23.6
-12.6
54.000
213.2
194.2
19.1
-209.09
1.8
-9825
23.7
-12.8
55.000
213.0
195.0
18.0
-190.61
1.6
-10025
23.8
-12.9
56.000
212.8
195.8
17.0
-173.09
1.5
-10207
24.2
-13.1
57.000
212.6
196.4
16.2
-156.48
1.4
-10372
24.6
-13.2
58.000
212.4
196.8
15.6
-140.57
1.2
-10522
25.0
-13.4
59.000
212.2
197.2
15.0
-125.28
1.1
-10655
25.3
-13.5
60.000
212.0
197.4
14.6
-110.47
1.0
-10773
25.6
-13.6
61.000
211.5
197.5
13.9
-96.23
0.8
-10877
25.8
-13.7
62.000
211.0
197.6
13.4
-82.58
0.7
-10967
26.1
-13.9
63.000
210.5
197.7
12.8
-69.50
0.6
-11043
26.2
-14.0
64.000
210.0
197.7
12.3
-56.93
0.5
-11107
26.4
-14.1
65.000
209.5
197.7
11.8
-44.89
0.4
-11158
26.5
-14.1
66.000
209.0
197.7
11.3
-33.33
0.3
-11198
26.6
-14.2
67.000
208.5
197.7
10.8
-22.31
0.2
-11226
26.7
-14.3
68.000
208.0
197.7
10.3
-11.78
0.1
-11244
26.7
-14.4
69.000
207.5
197.7
9.8
-1.77
0.0
-11251
26.7
-14.4
70.000
207.0
197.7
9.2
7.74
0.1
-11249
26.7
-14.5
71.000
206.5
197.8
8.7
16.73
0.1
-11237
26.7
-14.5
72.000
206.0
197.8
8.2
25.22
0.2
-11217
26.6
-14.5
73.000
205.5
197.8
7.7
33.19
0.3
-11188
26.6
-14.5
74.000
205.0
197.8
7.2
40.66
0.4
-11152
26.5
-14.6
75.000
204.5
197.8
6.7
47.61
0.4
-11108
26.4
-14.6
76.000
204.0
197.8
6.2
54.07
0.5
-11058
26.3
-14.6
77.000
203.5
197.8
5.7
59.99
0.5
-11001
26.1
-14.5
78.000
203.0
197.8
5.2
65.43
0.6
-10939
26.0
-14.5
79.000
202.5
197.9
4.7
70.34
0.6
-10871
25.8
-14.5
80.000
202.0
197.9
4.2
74.76
0.6
-10799
25.7
-14.5
81.000
201.5
197.9
3.6
78.64
0.7
-10723
25.5
-14.4
82.000
201.0
197.9
3.1
82.04
0.7
-10643
25.3
-14.4
83.000
200.5
197.9
2.6
84.91
0.7
-10560
25.1
-14.3
84.000
200.0
197.9
2.1
87.29
0.8
-10475
24.9
-14.2
85.000
199.5
197.9
1.6
89.14
0.8
-10387
24.7
-14.2
86.000
199.0
197.9
1.1
90.50
0.8
-10298
24.5
-14.1
87.000
198.5
198.0
0.6
91.33
0.8
-10207
24.2
-14.0
88.000
198.0
198.0
0.1
91.67
0.8
-10116
24.0
-13.9
89.000
197.5
198.0
-0.4
91.48
0.8
-10025
23.8
-13.8
90.000
197.0
198.0
-0.9
90.80
0.8
-9934
23.6
-13.7
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
113
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
91.000
196.4
198.0
-1.5
89.54
0.8
-9845
23.4
-13.6
92.000
195.8
197.9
-2.1
87.74
0.8
-9757
23.2
-13.4
93.000
195.2
197.6
-2.4
85.49
0.8
-9670
23.2
-13.3
94.000
194.6
197.1
-2.5
83.03
0.8
-9587
23.4
-13.2
95.000
194.0
196.3
-2.3
80.63
0.7
-9505
23.7
-13.0
96.000
193.4
195.1
-1.7
78.60
0.7
-9426
24.0
-12.9
97.000
192.8
193.5
-0.8
77.35
0.7
-9349
24.3
-12.7
98.000
192.2
191.6
0.6
77.20
0.7
-9272
24.6
-12.5
99.000
191.6
189.3
2.3
78.65
0.7
-9195
24.9
-12.4
100.000
191.0
186.5
4.4
81.96
0.8
-9116
25.3
-12.2
101.000
190.4
183.4
6.9
87.66
0.8
-9031
25.6
-12.0
102.000
189.7
180.1
9.7
95.87
0.9
-8940
25.9
-11.8
103.000
189.1
176.5
12.7
107.09
1.1
-8839
26.2
-11.6
104.000
188.5
172.6
15.9
121.30
1.3
-8726
26.5
-11.4
105.000
187.9
168.6
19.3
138.90
1.5
-8597
26.8
-11.2
106.000
186.8
164.4
22.4
159.76
1.7
-8448
27.0
-10.9
107.000
185.6
160.0
25.6
183.85
2.1
-8277
27.2
-10.7
108.000
184.5
155.5
29.0
211.10
2.4
-8081
27.2
-10.5
109.000
183.4
150.8
32.5
241.94
2.9
-7854
27.2
-10.3
110.000
182.2
146.1
36.1
276.19
3.4
-7597
27.1
-10.0
111.000
181.1
141.2
39.9
314.25
4.0
-7302
26.8
-9.8
112.000
180.0
136.3
43.6
355.92
4.6
-6968
26.3
-9.5
113.000
178.8
131.3
47.5
401.57
5.4
-6589
25.7
-9.2
114.000
177.7
126.2
51.4
450.97
6.3
-6165
24.8
-9.0
115.000
176.5
121.2
55.4
504.46
7.3
-5687
23.6
-8.7
116.000
175.4
116.1
59.4
561.75
8.4
-5156
22.2
-8.4
117.000
174.3
111.0
63.3
623.16
9.7
-4563
20.3
-8.2
118.000
173.1
105.9
67.3
688.37
11.1
-3909
18.1
-7.9
119.000
28.1
100.8
-72.8
614.97
10.3
-3259
15.6
-7.6
120.000
27.4
95.8
-68.4
544.31
9.5
-2679
13.4
-7.3
121.000
26.8
90.9
-64.1
478.15
8.7
-2170
11.3
-7.0
122.000
26.2
86.1
-59.9
416.07
8.0
-1722
9.3
-6.7
123.000
25.6
81.4
-55.8
358.31
7.2
-1337
7.6
-6.4
124.000
24.9
76.8
-51.8
304.41
6.4
-1006
6.0
-6.2
125.000
24.3
72.3
-48.0
254.51
5.6
-727
4.5
-5.9
126.000
23.4
67.9
-44.5
208.26
4.8
-496
3.3
-5.6
127.000
22.5
63.7
-41.2
165.46
4.0
-311
2.2
-5.3
128.000
21.6
59.5
-38.0
125.83
3.3
-165
1.2
-5.0
129.000
20.6
55.4
-34.8
89.51
2.5
-59
0.5
-4.7
130.000
28.7
51.5
-22.8
61.88
1.8
15
0.1
-4.4
131.000
28.1
47.6
-19.4
40.85
1.3
66
0.5
-4.1
132.000
27.6
43.8
-16.2
23.00
0.8
97
0.7
-3.8
133.000
27.0
40.0
-13.0
8.50
0.3
112
0.9
-3.5
134.000
26.5
36.3
-9.9
-2.98
0.1
114
1.0
-3.2
135.000
25.9
32.7
-6.8
-11.24
0.5
106
1.0
-2.9
136.000
25.4
29.2
-3.9
-16.63
0.8
91
1.0
-2.6
137.000
24.8
25.8
-1.0
-18.99
1.0
73
0.9
-2.3
138.000
24.2
22.6
1.7
-18.70
1.1
53
0.7
-2.1
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
114
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
139.000
23.7
19.5
4.2
-15.68
1.1
35
0.6
-1.8
140.000
23.1
16.5
6.6
-10.29
0.9
22
0.4
-1.5
141.000
22.6
13.7
8.9
-2.53
0.3
15
0.4
-1.2
142.000
9.7
11.0
-1.3
-3.63
0.5
11
0.4
-0.9
143.000
8.4
8.2
0.2
-4.15
0.9
7
0.3
-0.6
144.000
7.2
5.3
1.8
-3.19
1.4
2
0.2
-0.3
145.000
5.9
0.0
5.9
0.00
0.0
0
0.0
0.0
145.005
0.0
0.0
0.0
0.00
0.0
0
0.0
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
115
Intact stability
Stability booklet
Containerized cargo - Arrival - Ballasted
1116 TEU - Multipurpose
Designer
Nemanja Surbatovic
Created by
Nemanja Surbatovic
Comment
Filename
Nemanja Surbatovic Final.fbm
Design length
145.00 (m)
Midship location
72.500 (m)
Length over all
150.00 (m)
Relative water density
1.0250
Design beam
24.840 (m)
Mean shell thickness
0.0130 (m)
Maximum beam
24.840 (m)
Appendage coefficient
1.0000
Design draft
8.280 (m)
Calculation settings
Center of gravity of tanks containing liquids
:
Actual COG
Container cargo
-5
0
0
5
10
15
10
20
25
30
20
35
40
45
30
50
55
60
40
65
70
75
50
80
85
90
60
95
100
105
70
110
115
120
125
80
130
90
135
140
145
100
150
155
110
160
165
170
120
175
180
185
130
190
195
200
205
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
116
Intact stability
Stability booklet
FOT 1 C
BT AP.PS
BT AP.PS
BT AP.SB
FOT 2 PS
BT FP
FOT 1 C
FOT 1 SB
FOT 1 PS
BT S0.SB
BT S0.PS
FOT Day
ERT1 PS
-5
0
5
10
15
20
25
30
35
40
45
55
BT H1.PS
BT H1.SB
FOT Day
BT B0.PS
50
BT B1.1.PS
60
65
70
BT B2.1.PS
75
80
85
BT B3.1.PS
90
95
100
105
BT B4.1.PS
110
115
120
BT B5.1.PS
125
130
135
140
BT B6.1PS
145
150
155
160
BT B7.PS BT B8.PS
165
170
175
180
185
190
195
200
205
0.000 (CL)
PS
#8
ERT1 PS
ERT1 SB
#38PS
ERT2
ERT2 SB
SB PS
BT B0.PS BT B0.SB
SB PS
#48
BT B1.1.PS BT B1.2.SB
BT B1.2.PS
BT B1.1.SB
SB PS
#57
SB
FOT 1 PS
FOT 2 PS
FOT 1 C
10.000
FOT 2 SB
FOT 1 SB
BT S2.PS
BT S2.SB BT S3.PS
BT H2.PS
BT S2.PS
BT S0.PS
BT S3.PS
BT S4.PS
BT H2.SB
BT B2.1.PS
BT B2.2.SB
BT B2.2.PS
BT B2.1.SB
BT S5.PS
BT H1.PS
BT H6.PS
PS
#77
SB PS
BT S3.SB BT S4.PS
BT H3.PS
BT H3.SB
BT B3.1.PS
BT 3.2.SB
BT B3.2.PS
BT B3.1.SB
#95
SB PS
BT S4.SB BT S5.PS
BT H4.PS
BT H4.SB
#113
BT S5.SB
BT H5.PS
BT B4.1.PS
BT B4.2.SB
BT B4.2.PS
BT B4.1.SB
BT H5.SB
BT B5.1.PS BT B5.2.SB
BT B5.2.PS
BT B5.1.SB
SB PS
#131
SB
BT H7.PS
FOT 1 PS
BT AP.PS
FOT 2 PS
FOT 1 C
BT FP 8.300
BT AP.SB
FOT 2 SB
FOT 1 SB
BT H7.SB
BT S0.SB
BT H6.SB
BT H1.SB
BT S2.SB
BT S2.PS
BT S0.PS
BT H1.PS
BT H2.PS
BT S3.SB
BT S4.SB
BT S5.SB
BT S3.PS
BT S4.PS
BT S5.PS
BT H3.PS
BT H4.PS
BT H5.PS
BT H6.PS
BT H6.SB
BT H7.PS
BT H7.SB
FOT 2 PS
FOT 2 SB
BT FP
BT H6.PS
BT B6.2.SB
BT B6.1PS
BT B6.2.PS
BT B6.1.SB
BT H7.PS
FOT 1 PS
PS
#151
SB PS
BT B7.PS
BT B8.PS
BT B8.SB
BT B7.SB
#163
SB PS
#171
SB PS
#199
SB
FOT 2 PS
FOT Day
FOT 2 SB
FOT 1 SB
BT FP 2.500
Cargo
BT H7.SB
Fuel
BT S0.SB
BT H1.SB
BT H2.SB
BT H5.SB
BT H6.SB
BT H3.SB
BT H4.SB
BT S3.SB
BT S4.SB
BT S5.SB
BT B2.2.PS
BT B3.2.PS
BT B4.2.PS
BT B5.2.PS
BT B1.1.PS
BT B2.1.PS
BT B3.1.PS
BT B4.1.PS
BT B5.1.PS
BT B6.1PS
BT B7.PS
BT B1.1.SB
BT B2.1.SB
BT B3.1.SB
BT B4.1.SB
BT B5.1.SB
BT B6.1.SB
BT B7.SB
BT B2.2.SB
BT 3.2.SB
BT B4.2.SB
BT B5.2.SB
BT S2.SB
Other Stores
Ballast
BT B1.2.PS
ERT2 PS
BT B0.PS
BT B6.2.PS
ERT1 PS
ERT2 SB
BT B8.PS
0.700
ERT1 SB
BT B0.SB
BT B1.2.SB
BT B8.SB
BT B6.2.SB
Hydrostatic particulars
List
GG'
0.004 (m)
Draft aft pp
0.0 (CL) (Degr.)
7.655 (m)
VCG'
9.915 (m)
Mean moulded draft
8.117 (m)
Max VCG'
9.975 (m)
Draft forward pp
8.578 (m)
GM solid
0.214 (m)
Trim
0.923 (m)
G'M liquid
KM
10.125 (m)
VCG
9.912 (m)
0.210 (m)
Immersion rate
MCT
28.388 (t/cm)
228.0 (t*m/cm)
Summary
Description
Crew
Cargo
Fuel
Other Stores
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000
23.000
0.0
13100.0
74.606
0.000
11.402
0.0
102.6
32.160
0.000
4.111
41.4
11.4
25.547
0.000
0.137
34.3
483.1
109.348
0.000
0.732
0.0
6010.0
64.939
0.000 (CL)
7.431
Deadweight
13737.1
75.281
0.000 (CL)
10.997
75.6
Displacement
19747.1
72.134
0.000 (CL)
9.912
75.6
Ballast
Lightship
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
117
Intact stability
Description
Stability booklet
Density
Fill%
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000 (CL)
23.000
0.0
1st Column
264.0
17.599
0.000 (CL)
11.402
0.0
2nd Column
274.0
24.257
0.000 (CL)
11.402
0.0
3rd Column
274.0
30.415
0.000 (CL)
11.402
0.0
4th Column
738.0
37.949
0.000 (CL)
11.402
0.0
5th Column
876.0
44.107
0.000 (CL)
11.402
0.0
6th Column
884.0
50.765
0.000 (CL)
11.402
0.0
7th Column
910.0
56.923
0.000 (CL)
11.402
0.0
8th Column
942.0
63.581
0.000 (CL)
11.402
0.0
9th Column
962.0
69.739
0.000 (CL)
11.402
0.0
10th Column
992.0
76.397
0.000 (CL)
11.402
0.0
11th Column
1034.0
82.555
0.000 (CL)
11.402
0.0
12th Column
1058.0
89.213
0.000 (CL)
11.402
0.0
13th Column
1064.0
95.371
0.000 (CL)
11.402
0.0
14th Column
980.0
102.029
0.000 (CL)
11.402
0.0
15th Column
804.0
108.773
0.000 (CL)
11.402
0.0
16th Column
712.0
115.431
0.000 (CL)
11.402
0.0
17th Column
332.0
122.809
0.000 (CL)
11.402
0.0
13100.0
74.606
0.000 (CL)
11.402
0.0
(t/m3)
Crew
crew
Cargo
Totals for Cargo
Fuel
FOT 1 C
0.8901
35.4
52.6
32.160
0.000 (CL)
5.441
41.4
FOT 1 PS
0.8901
0.0
0.0
32.160
5.508 (PS)
7.423
0.0
FOT 1 SB
0.8901
0.0
0.0
32.160
-5.508 (SB)
7.423
0.0
FOT Day
0.8901
99.5
50.0
32.160
0.000 (CL)
2.713
0.0
FOT 2 PS
0.8901
0.0
0.0
121.245
2.263 (PS)
7.654
0.0
FOT 2 SB
0.8901
0.0
0.0
121.245
-2.263 (SB)
7.654
0.0
102.6
32.160
0.000 (CL)
4.111
41.4
Totals for Fuel
Other Stores
ERT1 PS
0.9002
10.0
3.5
24.535
1.151 (PS)
0.085
12.2
ERT1 SB
0.9002
10.0
3.5
24.535
-1.151 (SB)
0.085
12.2
ERT2 PS
0.9002
10.0
2.2
27.136
3.339 (PS)
0.218
4.9
ERT2 SB
0.9002
10.0
2.2
27.136
-3.339 (SB)
0.218
4.9
11.4
25.547
0.000 (CL)
0.137
34.3
Totals for Other Stores
Ballast
BT AP.PS
1.0250
0.0
0.0
6.605
2.737 (PS)
7.914
0.0
BT AP.SB
1.0250
0.0
0.0
6.605
-2.737 (SB)
7.914
0.0
BT B0.PS
1.0250
0.0
0.0
32.217
3.335 (PS)
0.763
0.0
BT B0.SB
1.0250
0.0
0.0
32.217
-3.335 (SB)
0.763
0.0
BT B1.1.PS
1.0250
0.0
0.0
40.442
2.581 (PS)
0.705
0.0
BT B1.1.SB
1.0250
0.0
0.0
40.442
-2.581 (SB)
0.705
0.0
BT B1.2.PS
1.0250
0.0
0.0
41.270
6.985 (PS)
0.814
0.0
BT B1.2.SB
1.0250
0.0
0.0
41.270
-6.985 (SB)
0.814
0.0
BT B2.1.PS
1.0250
0.0
0.0
53.040
2.582 (PS)
0.705
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
118
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
BT B2.1.SB
1.0250
0.0
0.0
53.040
-2.582 (SB)
0.705
0.0
BT B2.2.PS
1.0250
0.0
0.0
53.327
7.908 (PS)
0.756
0.0
BT B2.2.SB
1.0250
0.0
0.0
53.327
-7.908 (SB)
0.756
0.0
BT B3.1.PS
1.0250
0.0
0.0
66.000
2.582 (PS)
0.705
0.0
BT B3.1.SB
1.0250
0.0
0.0
66.000
-2.582 (SB)
0.705
0.0
BT B3.2.PS
1.0250
0.0
0.0
66.003
8.155 (PS)
0.746
0.0
BT 3.2.SB
1.0250
0.0
0.0
66.003
-8.155 (SB)
0.746
0.0
BT B4.1.PS
1.0250
0.0
0.0
78.960
2.582 (PS)
0.705
0.0
BT B4.1.SB
1.0250
0.0
0.0
78.960
-2.582 (SB)
0.705
0.0
BT B4.2.PS
1.0250
0.0
0.0
78.960
8.157 (PS)
0.746
0.0
BT B4.2.SB
1.0250
0.0
0.0
78.960
-8.157 (SB)
0.746
0.0
BT B5.1.PS
1.0250
0.0
0.0
92.280
2.582 (PS)
0.705
0.0
BT B5.1.SB
1.0250
0.0
0.0
92.280
-2.582 (SB)
0.705
0.0
BT B5.2.PS
1.0250
0.0
0.0
92.174
8.098 (PS)
0.747
0.0
BT B5.2.SB
1.0250
0.0
0.0
92.174
-8.098 (SB)
0.747
0.0
BT B6.1PS
1.0250
100.0
94.8
105.600
2.582 (PS)
0.705
0.0
BT B6.1.SB
1.0250
100.0
94.8
105.600
-2.582 (SB)
0.705
0.0
BT B6.2.PS
1.0250
100.0
63.9
104.418
7.122 (PS)
0.766
0.0
BT B6.2.SB
1.0250
100.0
63.9
104.418
-7.122 (SB)
0.766
0.0
BT B7.PS
1.0250
100.0
51.7
115.126
2.862 (PS)
0.735
0.0
BT B7.SB
1.0250
100.0
51.7
115.126
-2.862 (SB)
0.735
0.0
BT B8.PS
1.0250
100.0
31.2
121.245
1.957 (PS)
0.741
0.0
BT B8.SB
1.0250
100.0
31.2
121.245
-1.957 (SB)
0.741
0.0
BT S0.PS
1.0250
0.0
0.0
32.282
8.654 (PS)
5.214
0.0
BT S0.SB
1.0250
0.0
0.0
32.282
-8.654 (SB)
5.214
0.0
BT S2.PS
1.0250
0.0
0.0
53.447
11.288 (PS)
5.566
0.0
BT S2.SB
1.0250
0.0
0.0
53.447
-11.288 (SB)
5.566
0.0
BT S3.PS
1.0250
0.0
0.0
66.004
11.391 (PS)
5.410
0.0
BT S3.SB
1.0250
0.0
0.0
66.004
-11.391 (SB)
5.410
0.0
BT S4.PS
1.0250
0.0
0.0
78.960
11.392 (PS)
5.409
0.0
BT S4.SB
1.0250
0.0
0.0
78.960
-11.392 (SB)
5.409
0.0
BT S5.PS
1.0250
0.0
0.0
92.050
11.354 (PS)
5.442
0.0
BT S5.SB
1.0250
0.0
0.0
92.050
-11.354 (SB)
5.442
0.0
BT H1.PS
1.0250
0.0
0.0
39.585
9.103 (PS)
5.032
0.0
BT H1.SB
1.0250
0.0
0.0
39.585
-9.103 (SB)
5.032
0.0
BT H2.PS
1.0250
0.0
0.0
53.040
9.073 (PS)
2.720
0.0
BT H2.SB
1.0250
0.0
0.0
53.040
-9.073 (SB)
2.720
0.0
BT H3.PS
1.0250
0.0
0.0
66.000
9.073 (PS)
2.720
0.0
BT H3.SB
1.0250
0.0
0.0
66.000
-9.073 (SB)
2.720
0.0
BT H4.PS
1.0250
0.0
0.0
78.960
9.073 (PS)
2.719
0.0
BT H4.SB
1.0250
0.0
0.0
78.960
-9.073 (SB)
2.719
0.0
BT H5.PS
1.0250
0.0
0.0
92.280
9.073 (PS)
2.720
0.0
BT H5.SB
1.0250
0.0
0.0
92.280
-9.073 (SB)
2.720
0.0
BT H6.PS
1.0250
0.0
0.0
105.915
8.603 (PS)
4.996
0.0
BT H6.SB
1.0250
0.0
0.0
105.915
-8.603 (SB)
4.996
0.0
BT H7.PS
1.0250
0.0
0.0
115.030
6.095 (PS)
5.317
0.0
BT H7.SB
1.0250
0.0
0.0
115.030
-6.095 (SB)
5.317
0.0
BT FP
1.0250
0.0
0.0
139.592
0.000 (CL)
6.087
0.0
483.1
109.348
0.000 (CL)
0.732
0.0
6010.0
64.939
0.000 (CL)
7.431
Totals for Ballast
Lightship
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
119
Intact stability
Description
Stability booklet
Density
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
Deadweight
13737.1
75.281
0.000 (CL)
10.997
75.6
Displacement
19747.1
72.134
0.000 (CL)
9.912
75.6
(t/m3)
Fill%
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Intact stability
Stability booklet
Righting levers
Heeling angle
Draft
Trim
Displacement
KN sin(ø)
VCG sin(ø)
GG' sin(ø)
TCG cos(ø)
GZ
Area
(Degr.)
(m)
(m)
(tonnes)
(m)
(m)
(m)
(m)
(m)
(mrad)
0.0º (CL)
8.117
0.923
19747.3
0.000
0.000
0.000
0.000
0.000
0.000
2.5º (PS)
8.115
0.930
19747.3
0.442
0.432
0.000
0.000
0.009
0.000
5.0º (PS)
8.108
0.950
19747.1
0.885
0.864
0.000
0.000
0.021
0.001
10.0º (PS)
8.081
1.034
19747.1
1.778
1.721
0.001
0.000
0.056
0.004
15.0º (PS)
8.034
1.187
19747.1
2.688
2.565
0.001
0.000
0.122
0.011
20.0º (PS)
7.970
1.464
19747.1
3.616
3.390
0.001
0.000
0.225
0.027
25.0º (PS)
7.942
1.923
19747.1
4.481
4.189
0.001
0.000
0.291
0.049
30.0º (PS)
7.922
2.427
19747.1
5.317
4.956
0.002
0.000
0.360
0.077
35.0º (PS)
7.870
2.968
19747.2
6.140
5.685
0.002
0.000
0.453
0.113
40.0º (PS)
7.813
3.549
19747.1
6.862
6.371
0.002
0.000
0.489
0.155
45.0º (PS)
7.772
4.167
19747.3
7.425
7.009
0.003
0.000
0.413
0.195
50.0º (PS)
7.740
4.873
19747.2
7.847
7.593
0.003
0.000
0.251
0.224
55.0º (PS)
7.711
5.755
19747.2
8.154
8.119
0.004
0.000
0.031
0.237
60.0º (PS)
7.674
6.952
19747.1
8.366
8.584
0.004
0.000
-0.222
0.237
65.0º (PS)
7.616
8.704
19747.1
8.499
8.983
0.005
0.000
-0.489
0.237
70.0º (PS)
7.467
11.795
19747.1
8.614
9.314
0.006
0.000
-0.706
0.237
75.0º (PS)
7.163
17.375
19747.2
8.683
9.574
0.006
0.000
-0.897
0.237
80.0º (PS)
6.536
28.772
19747.2
8.680
9.761
0.007
0.000
-1.088
0.237
85.0º (PS)
4.674
63.054
19747.1
8.592
9.874
0.007
0.000
-1.289
0.237
90.0º (PS)
0.000
34312.014
19747.1
8.429
9.912
0.007
0.000
-1.490
0.237
95.0º (PS)
12.072
-74.277
19747.1
8.198
9.874
0.007
0.000
-1.684
0.237
100.0º (PS)
10.209
-40.002
19747.3
7.906
9.761
0.008
0.000
-1.863
0.237
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Intact stability
Stability booklet
Stability curve
IMO MSC.267(85) - Minimum design criteria applicable to all ships
0.5
Angle of max GZ=39.2º
0.4
0.3
Area B=0.145
0.2
0.1
0.0
-0.1
Steady wind lever
GM=0.210
Max. GZ at 30º
Area A=0.028 Gust equilibrium=14.5º Wind gust lever
Angle of heel under action of steady wind=11.9º
Rollback angle=-4.6º
or greater=0.490
-0.2
Downflooding angle=60.8º
Righting lever (m)
-0.3
-0.4
-0.5
-0.6
-0.7
-0.8
-0.9
No FSC
-1.0
-1.1
-1.2
-1.3
Constant FSC
-1.4
-1.5
-1.6
-1.7
-1.8
0
10
20
30
40
50
60
70
80
90
100
Heeling angle (°)
Critical points
Description
Type
X coordinate
Y coordinate Z coordinate
Dist. to wl
Submersion angle
(m)
(m)
(m)
(m)
(Degr.)
0.000 (CL)
6.620
-1.046
0.0 (CL)
Main propeller
Marker
1.750
Bowthruster
Marker
136.120
0.000 (CL)
2.780
-5.742
0.0 (CL)
<>
Downflooding
7.000
8.000 (PS)
18.750
11.050
60.8 (PS)
Evaluation of criteria
IMO MSC.267(85) - Minimum design criteria applicable to all ships
International Code on Intact Stability (2008), Part A, §2.2 - §2.3
Description
Attained value
Area 0º - 30º
Area 0º - 40º
Area 30º - 40º
Max. GZ at 30º or greater
0.0775
0.1549
0.0774
0.490
(mrad)
(mrad)
(mrad)
(m)
Lower angle
30.0 (Degr.)
Upper angle
90.0 (Degr.)
Angle of max GZ
Initial metacentric height
Severe wind and rolling criterion (weather criterion)
Wind silhouette:
39.2 (Degr.)
0.210 (m)
>=
>=
>=
>=
>=
>=
Required value
0.0550
0.0900
0.0300
0.200
Complies
(mrad)
(mrad)
(mrad)
(m)
YES
YES
YES
YES
25.0 (Degr.)
0.150 (m)
YES
YES
YES
Container cargo
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
Criterion
122
Intact stability
Stability booklet
Evaluation of criteria
Windspeed
50.54 (kn.)
51.4 (kg/m2)
Wind pressure
2311.63 (m2)
Wind area
Steady wind lever
0.075 (m)
Deck immersion angle
17.86 (Degr.)
Wind gust lever
0.112 (m)
Ratio of areaA/areaB
0.191
Maximum allowed static heeling angle
11.9 (Degr.)
Max allowed ratio static angle/deck immersion angle
0.663
<=
<=
<=
1.000
16.0 (Degr.)
0.800
YES
YES
YES
The condition complies with the stability criteria
9/9/2019 DELFTship 11.30 (317)
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Intact stability
Stability booklet
Bending moment and shearforce calculation
225
200
175
150
125
100
75
25
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
Weight
Sectional areas
0
195 200 205
Load
-25
Weight (tonnes/m)
50
-50
-75
-100
-125
-150
-175
-200
-225
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Shear force
11000
10000
9000
8000
7000
6000
5000
4000
2000
1000
Shear force
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
0
195 200 205
-1000
-2000
Shear force (tonnes)
3000
-3000
-4000
-5000
-6000
-7000
-8000
-9000
-10000
-11000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
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Intact stability
Stability booklet
Bending moment
50000
40000
30000
10000
Bending moment
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-10000
Bending moment (t*m)
20000
-20000
-30000
-40000
-50000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Deflection
7
6
5
4
3
1
Deflection
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
0
195 200 205
-1
Deflection (mm)
2
-2
-3
-4
-5
-6
-7
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Summary
Mean moulded draft
8.117 (m)
Displacement
19747.1 (tonnes)
Minimum shearforce
-357.02 (tonnes)
Maximum shearforce
GM
3.1% Distance from app
0.923 (m)
0.210 (m)
73.368 (m)
5.4% Distance from app
25.760 (m)
Maximum sagging moment
-4827.58 (t*m)
16.6% Distance from app
108.000 (m)
Maximum hogging moment
9498.04 (t*m)
26.6% Distance from app
34.800 (m)
7.6 (mm)
Distance from app
48.400 (m)
Max. deflection
433.03 (tonnes)
Trim
9/9/2019 DELFTship 11.30 (317)
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125
Intact stability
Stability booklet
Summary
The condition complies with the longitudinal strength criteria
9/9/2019 DELFTship 11.30 (317)
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126
Intact stability
Stability booklet
Weightlist
Description
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
Forward
(m)
FOT 1 C
52.6
32.160
0.000 (CL)
5.441
30.000
34.320
FOT Day
50.0
32.160
0.000 (CL)
2.713
30.000
34.320
BT B6.1PS
94.8
105.600
2.582 (PS)
0.705
99.120
112.080
BT B6.1.SB
94.8
105.600
-2.582 (SB)
0.705
99.120
112.080
BT B6.2.PS
63.9
104.418
7.122 (PS)
0.766
99.120
112.080
BT B6.2.SB
63.9
104.418
-7.122 (SB)
0.766
99.120
112.080
BT B7.PS
51.7
115.126
2.862 (PS)
0.735
112.080
118.560
BT B7.SB
51.7
115.126
-2.862 (SB)
0.735
112.080
118.560
BT B8.PS
31.2
121.245
1.957 (PS)
0.741
118.560
124.320
BT B8.SB
31.2
121.245
-1.957 (SB)
0.741
118.560
124.320
ERT1 PS
3.5
24.535
1.151 (PS)
0.085
17.760
30.000
ERT1 SB
3.5
24.535
-1.151 (SB)
0.085
17.760
30.000
ERT2 PS
2.2
27.136
3.339 (PS)
0.218
18.204
30.000
ERT2 SB
2.2
27.136
-3.339 (SB)
0.218
18.204
30.000
Forecastle
40.0
134.570
0.000 (CL)
13.500
129.360
145.000
Aftercastle
170.0
4.390
0.000 (CL)
13.500
-5.000
13.440
Superstructure
180.0
9.720
0.000 (CL)
23.000
5.400
13.440
Engine
280.0
21.660
0.000 (CL)
4.660
17.560
25.760
Other machinery in ER
410.0
21.660
0.000 (CL)
5.000
12.000
30.000
Hatch covers
118.180
670.0
76.600
0.000 (CL)
14.600
34.044
Aft equipment
20.0
0.000
0.000 (CL)
15.200
-5.000
5.400
Fore equipment
90.0
136.250
0.000 (CL)
15.200
129.360
141.083
Ship Systems
150.0
86.100
0.000 (CL)
7.950
-5.000
145.000
Electrical systems
120.0
86.100
0.000 (CL)
7.950
-5.000
145.000
hull 1
435.6
16.777
0.000 (CL)
4.800
-5.000
30.000
hull 2
378.3
37.862
0.000 (CL)
4.800
30.000
45.000
hull 3
465.5
52.674
0.000 (CL)
4.800
45.000
60.000
hull 4
995.6
75.000
0.000 (CL)
4.800
60.000
90.000
hull 5
485.4
97.436
0.000 (CL)
4.800
90.000
105.000
hull 6
502.5
114.150
0.000 (CL)
4.800
105.000
125.000
hull 7
187.2
131.667
0.000 (CL)
4.800
125.000
145.000
Reserve
430.0
70.960
0.000 (CL)
9.703
-5.000
145.000
40.0
9.720
0.000 (CL)
23.000
5.400
13.440
1st Column
264.0
17.599
0.000 (CL)
11.402
14.570
20.628
2nd Column
274.0
24.257
0.000 (CL)
11.402
21.228
27.286
3rd Column
274.0
30.415
0.000 (CL)
11.402
27.386
33.444
4th Column
738.0
37.949
0.000 (CL)
11.402
34.920
40.978
5th Column
876.0
44.107
0.000 (CL)
11.402
41.078
47.136
6th Column
884.0
50.765
0.000 (CL)
11.402
47.736
53.794
7th Column
910.0
56.923
0.000 (CL)
11.402
53.894
59.952
8th Column
942.0
63.581
0.000 (CL)
11.402
60.552
66.610
9th Column
962.0
69.739
0.000 (CL)
11.402
66.710
72.768
10th Column
992.0
76.397
0.000 (CL)
11.402
73.368
79.426
11th Column
1034.0
82.555
0.000 (CL)
11.402
79.526
85.584
12th Column
1058.0
89.213
0.000 (CL)
11.402
86.184
92.242
13th Column
1064.0
95.371
0.000 (CL)
11.402
92.342
98.400
14th Column
980.0
102.029
0.000 (CL)
11.402
99.000
105.058
15th Column
804.0
108.773
0.000 (CL)
11.402
105.744
111.802
16th Column
712.0
115.431
0.000 (CL)
11.402
112.402
118.460
crew
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127
Intact stability
Stability booklet
Weightlist
Description
17th Column
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
(m)
332.0
122.809
0.000 (CL)
11.402
119.780
125.838
9/9/2019 DELFTship 11.30 (317)
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Forward
128
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
-5.000
17.6
0.0
17.6
0.00
0.0
0.0
0.0
0.0
-4.000
18.1
0.0
18.1
18.79
1.3
37.0
4.2
0.2
-3.000
18.7
0.0
18.7
37.57
2.3
74.1
4.2
0.4
-2.000
19.2
0.0
19.2
56.36
3.0
111.1
4.2
0.6
-1.000
19.8
0.0
19.8
75.15
3.6
148.1
4.2
0.8
0.000
20.3
0.4
20.0
94.58
4.1
210.7
4.7
1.0
1.000
20.9
1.3
19.6
114.36
4.5
310.8
5.8
1.2
2.000
21.4
2.5
18.9
133.62
4.8
429.6
6.9
1.4
3.000
22.0
4.0
18.0
152.06
5.1
568.0
8.0
1.7
4.000
22.5
7.5
15.0
168.72
5.3
723.4
9.0
1.9
5.000
23.1
12.7
10.4
181.52
5.3
894.3
10.0
2.1
6.000
44.1
20.8
23.4
200.27
5.5
1078.3
11.0
2.3
7.000
46.2
26.5
19.8
221.72
5.8
1285.1
12.0
2.5
8.000
48.3
32.0
16.3
239.83
5.9
1510.9
13.0
2.7
9.000
50.5
37.5
12.9
254.40
5.9
1753.7
14.1
2.9
10.000
52.6
43.0
9.5
265.69
5.9
2008.9
15.0
3.1
11.000
54.7
48.5
6.2
273.49
5.8
2274.1
16.0
3.3
12.000
56.8
53.9
2.9
278.11
5.6
2545.1
16.8
3.5
13.000
77.3
59.3
18.0
297.38
5.8
2828.6
17.6
3.7
14.000
35.8
64.6
-28.8
289.65
5.4
3122.5
18.4
3.9
15.000
80.5
69.9
10.6
277.46
4.9
3396.5
19.1
4.1
16.000
81.6
75.1
6.5
286.12
4.9
3673.5
19.6
4.2
17.000
82.7
80.3
2.4
290.49
4.8
3957.3
20.2
4.4
18.000
118.3
85.4
32.9
306.06
4.9
4246.8
20.7
4.6
19.000
119.5
90.5
29.0
336.91
5.2
4564.3
21.3
4.8
20.000
120.7
95.5
25.2
364.06
5.4
4909.7
22.0
5.0
21.000
78.3
100.3
-22.1
371.12
5.4
5277.4
22.8
5.1
22.000
124.7
105.0
19.6
382.27
5.4
5646.0
23.5
5.3
23.000
125.8
109.6
16.3
400.13
5.4
6032.9
24.2
5.5
24.000
127.0
114.0
13.0
414.83
5.5
6435.5
24.9
5.6
25.000
128.2
118.2
10.0
426.25
5.5
6851.6
25.6
5.8
26.000
95.2
122.3
-27.1
426.60
5.4
7276.3
26.3
5.9
27.000
96.4
126.3
-29.9
398.03
4.9
7683.4
26.9
6.1
28.000
97.5
130.1
-32.6
362.32
4.4
8058.8
27.4
6.2
29.000
98.7
133.8
-35.1
328.43
3.9
8398.8
27.7
6.4
30.000
99.9
137.4
-37.5
292.15
3.4
8705.2
27.9
6.5
31.000
95.6
140.9
-45.3
248.28
2.8
8969.9
28.0
6.6
32.000
95.5
144.3
-48.8
201.50
2.3
9191.1
27.9
6.7
33.000
96.1
147.6
-51.6
151.25
1.7
9361.8
27.6
6.8
34.000
51.3
150.9
-99.6
73.19
0.8
9476.0
27.3
6.9
35.000
157.6
154.0
3.6
-26.78
0.3
9492.5
26.6
7.0
36.000
158.1
157.1
1.0
-24.48
0.3
9462.2
25.9
7.1
37.000
158.6
160.1
-1.5
-24.76
0.3
9432.9
25.2
7.2
38.000
159.1
163.0
-3.9
-27.38
0.3
9402.2
24.5
7.3
39.000
159.6
165.8
-6.2
-32.44
0.3
9367.5
23.9
7.3
40.000
160.1
168.5
-8.4
-39.68
0.4
9326.9
23.3
7.4
41.000
38.8
171.2
-132.4
-51.82
0.5
9277.6
22.6
7.5
42.000
183.9
173.7
10.2
-51.88
0.5
9216.0
22.0
7.5
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
129
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
43.000
184.5
176.2
8.3
-42.69
0.4
9164.2
21.4
7.5
44.000
185.0
178.6
6.4
-35.34
0.3
9120.3
20.9
7.6
45.000
185.5
180.9
4.6
-29.85
0.3
9083.0
20.4
7.6
46.000
185.8
183.0
2.7
-26.17
0.2
9050.2
19.9
7.6
47.000
186.1
185.1
1.0
-24.34
0.2
9020.3
19.5
7.6
48.000
187.7
187.1
0.6
-110.58
1.0
8942.4
18.9
7.6
49.000
188.0
188.9
-0.9
-110.74
1.0
8827.0
18.3
7.6
50.000
188.4
190.7
-2.3
-112.33
1.0
8710.7
17.8
7.6
51.000
188.7
192.3
-3.6
-115.33
1.0
8592.1
17.2
7.6
52.000
189.0
193.8
-4.8
-119.51
1.1
8470.0
16.7
7.6
53.000
189.3
195.1
-5.8
-124.83
1.1
8342.9
16.1
7.6
54.000
193.9
196.3
-2.4
-145.19
1.3
8208.0
15.6
7.5
55.000
194.2
197.3
-3.1
-147.95
1.3
8056.6
15.1
7.5
56.000
194.5
198.2
-3.7
-151.31
1.3
7902.2
14.8
7.5
57.000
194.8
198.9
-4.1
-155.20
1.3
7744.1
14.5
7.4
58.000
195.1
199.5
-4.4
-159.43
1.4
7582.0
14.2
7.4
59.000
195.4
200.0
-4.6
-163.90
1.4
7415.4
13.9
7.3
60.000
45.5
200.4
-154.8
-175.71
1.5
7244.3
13.6
7.2
61.000
201.1
200.7
0.4
-261.04
2.3
7001.9
13.1
7.2
62.000
201.1
200.9
0.2
-260.77
2.3
6736.1
12.6
7.1
63.000
201.1
201.1
0.0
-260.69
2.3
6470.5
12.1
7.0
64.000
201.1
201.3
-0.1
-260.76
2.3
6205.0
11.6
6.9
65.000
201.2
201.4
-0.3
-260.97
2.3
5939.2
11.1
6.8
66.000
201.2
201.6
-0.4
-261.32
2.3
5673.3
10.6
6.7
67.000
204.5
201.8
2.7
-276.40
2.4
5401.8
10.1
6.6
68.000
204.5
201.9
2.6
-273.73
2.4
5121.8
9.6
6.5
69.000
204.6
202.1
2.5
-271.19
2.3
4844.5
9.1
6.4
70.000
204.6
202.2
2.3
-268.79
2.3
4569.7
8.5
6.3
71.000
204.6
202.4
2.2
-266.54
2.3
4297.2
8.0
6.2
72.000
204.6
202.6
2.1
-264.41
2.3
4026.8
7.5
6.1
73.000
45.8
202.7
-156.9
-299.28
2.6
3751.1
7.0
6.0
74.000
209.6
202.9
6.7
-352.74
3.1
3404.4
6.4
5.9
75.000
209.6
203.1
6.6
-346.09
3.0
3050.3
5.7
5.7
76.000
209.7
203.2
6.4
-339.57
2.9
2702.5
5.1
5.6
77.000
209.7
203.4
6.3
-333.19
2.9
2361.4
4.4
5.5
78.000
209.7
203.5
6.2
-326.95
2.8
2026.3
3.8
5.4
79.000
209.7
203.7
6.0
-320.85
2.8
1697.7
3.2
5.2
80.000
216.7
203.9
12.8
-327.98
2.8
1367.1
2.6
5.1
81.000
216.7
204.0
12.7
-315.23
2.7
1040.9
1.9
5.0
82.000
216.7
204.2
12.5
-302.61
2.6
726.8
1.4
4.8
83.000
216.8
204.4
12.4
-290.13
2.5
425.9
0.8
4.7
84.000
216.8
204.5
12.3
-277.79
2.4
136.8
0.3
4.6
85.000
216.8
204.7
12.1
-265.59
2.3
-139.5
0.3
4.4
86.000
46.2
204.8
-158.7
-324.53
2.8
-418.9
1.0
4.3
87.000
220.8
205.0
15.8
-340.78
3.0
-769.2
1.8
4.1
88.000
220.8
205.2
15.7
-325.04
2.9
-1107.2
2.6
4.0
89.000
220.9
205.3
15.5
-309.43
2.7
-1429.0
3.4
3.9
90.000
220.9
205.5
15.4
-293.96
2.6
-1735.9
4.1
3.7
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
130
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
91.000
220.8
205.6
15.2
-278.68
2.5
-2026.7
4.8
3.6
92.000
220.7
205.7
15.0
-263.59
2.4
-2303.0
5.5
3.5
93.000
221.6
205.6
16.1
-265.38
2.4
-2575.8
6.2
3.4
94.000
221.5
205.2
16.3
-249.20
2.2
-2838.3
6.9
3.2
95.000
221.4
204.5
17.0
-232.56
2.1
-3083.7
7.7
3.1
96.000
221.4
203.4
17.9
-215.17
2.0
-3312.8
8.4
3.0
97.000
221.3
202.0
19.3
-196.58
1.8
-3523.3
9.2
2.9
98.000
221.2
200.1
21.0
-176.49
1.6
-3715.2
9.9
2.8
99.000
45.5
197.9
-152.4
-259.78
2.4
-3917.3
10.6
2.6
100.000
236.3
195.2
41.1
-223.21
2.1
-4165.3
11.5
2.5
101.000
235.4
192.2
43.2
-181.08
1.7
-4371.6
12.4
2.4
102.000
234.5
188.9
45.5
-136.80
1.3
-4536.5
13.2
2.3
103.000
233.5
185.3
48.2
-89.90
0.9
-4653.9
13.8
2.2
104.000
232.6
181.5
51.1
-40.32
0.4
-4725.1
14.4
2.1
105.000
231.7
177.5
54.2
12.31
0.1
-4744.2
14.8
2.0
106.000
201.2
173.3
27.9
-50.54
0.5
-4776.6
15.3
1.9
107.000
199.7
168.9
30.8
-21.12
0.2
-4816.9
15.8
1.8
108.000
198.3
164.4
33.9
11.18
0.1
-4827.6
16.3
1.8
109.000
196.8
159.7
37.1
46.76
0.6
-4803.0
16.6
1.7
110.000
195.4
154.9
40.5
85.50
1.0
-4742.7
16.9
1.6
111.000
193.9
150.0
44.0
127.78
1.6
-4640.3
17.0
1.5
112.000
59.8
145.0
-85.2
147.16
1.9
-4498.3
17.0
1.5
113.000
175.5
139.9
35.6
133.85
1.8
-4376.4
17.1
1.4
114.000
174.0
134.7
39.3
171.23
2.4
-4229.7
17.0
1.3
115.000
172.5
129.5
43.0
212.45
3.1
-4042.2
16.8
1.3
116.000
171.0
124.3
46.7
257.24
3.8
-3813.3
16.4
1.2
117.000
169.5
119.1
50.5
305.91
4.7
-3535.9
15.7
1.1
118.000
168.0
113.8
54.2
358.17
5.8
-3210.0
14.8
1.1
119.000
40.8
108.6
-67.8
344.08
5.8
-2850.2
13.7
1.0
120.000
94.2
103.4
-9.3
290.11
5.1
-2541.7
12.7
1.0
121.000
92.8
98.3
-5.5
282.79
5.2
-2260.5
11.7
0.9
122.000
91.4
93.3
-1.9
278.99
5.3
-1984.6
10.8
0.9
123.000
90.0
88.4
1.6
278.93
5.6
-1710.8
9.7
0.9
124.000
88.6
83.6
5.0
282.20
5.9
-1435.4
8.5
0.8
125.000
79.1
78.9
0.2
283.21
6.2
-1156.9
7.2
0.8
126.000
23.4
74.3
-50.9
276.41
6.4
-878.5
5.8
0.7
127.000
22.5
69.8
-47.3
227.38
5.6
-632.7
4.4
0.7
128.000
21.6
65.4
-43.8
181.75
4.7
-432.3
3.2
0.7
129.000
20.6
61.1
-40.4
139.70
3.8
-277.5
2.2
0.6
130.000
28.7
56.8
-28.1
106.58
3.1
-159.7
1.3
0.6
131.000
28.1
52.6
-24.5
80.36
2.5
-71.9
0.6
0.5
132.000
27.6
48.5
-20.9
57.57
2.0
-7.6
0.1
0.5
133.000
27.0
44.5
-17.5
38.44
1.4
35.0
0.3
0.5
134.000
26.5
40.5
-14.0
22.62
0.9
60.7
0.5
0.4
135.000
25.9
36.6
-10.7
10.32
0.5
71.8
0.7
0.4
136.000
25.4
32.8
-7.4
1.21
0.1
72.7
0.8
0.4
137.000
24.8
29.1
-4.2
-4.54
0.2
65.9
0.8
0.3
138.000
24.2
25.5
-1.2
-7.32
0.4
54.9
0.8
0.3
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
131
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
139.000
23.7
22.0
1.7
-7.03
0.5
42.7
0.7
0.2
140.000
23.1
18.7
4.4
-4.03
0.3
32.0
0.6
0.2
141.000
22.6
15.6
7.0
1.70
0.2
25.9
0.6
0.2
142.000
9.7
12.5
-2.8
-1.06
0.2
21.6
0.7
0.1
143.000
8.4
9.3
-0.9
-2.86
0.6
14.6
0.7
0.1
144.000
7.2
6.0
1.2
-2.78
1.2
6.8
0.7
0.0
145.000
5.9
0.0
5.9
0.00
0.0
0.3
0.0
0.0
145.053
0.0
0.0
0.0
0.00
0.0
0.0
0.0
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
132
Intact stability
Stability booklet
Equal mass containers - 14t / 90% - Departure
1116 TEU - Multipurpose
Designer
Nemanja Surbatovic
Created by
Nemanja Surbatovic
Comment
Filename
Nemanja Surbatovic Final.fbm
Design length
145.00 (m)
Midship location
72.500 (m)
Length over all
150.00 (m)
Relative water density
1.0250
Design beam
24.840 (m)
Mean shell thickness
0.0130 (m)
Maximum beam
24.840 (m)
Appendage coefficient
1.0000
Design draft
8.280 (m)
Calculation settings
Center of gravity of tanks containing liquids
:
Actual COG
14t Container cargo
-5
0
0
5
10
15
10
20
25
30
20
35
40
45
30
50
55
60
40
65
70
75
50
80
85
90
60
95
100
105
70
110
115
120
125
80
130
90
135
140
145
100
150
155
110
160
165
170
120
175
180
185
130
190
195
200
205
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
133
Intact stability
Stability booklet
FOT 1 C
BT AP.PS
BT AP.PS
BT AP.SB
FOT 2 PS
BT FP
FOT 1 C
FOT 1 SB
FOT 1 PS
BT S0.SB
BT S0.PS
FOT Day
ERT1 PS
-5
0
5
10
15
20
25
30
35
40
45
55
BT H1.PS
BT H1.SB
FOT Day
BT B0.PS
50
BT B1.1.PS
60
65
70
BT B2.1.PS
75
80
85
BT B3.1.PS
90
95
100
105
BT B4.1.PS
110
115
120
BT B5.1.PS
125
130
135
140
BT B6.1PS
145
150
155
160
BT B7.PS BT B8.PS
165
170
175
180
185
190
195
200
205
0.000 (CL)
PS
#8
ERT1 PS
ERT1 SB
#38PS
ERT2
ERT2 SB
SB PS
BT B0.PS BT B0.SB
SB PS
#48
BT B1.1.PS BT B1.2.SB
BT B1.2.PS
BT B1.1.SB
SB PS
#57
SB
FOT 1 PS
FOT 2 PS
FOT 1 C
10.000
FOT 2 SB
FOT 1 SB
BT S2.PS
BT S2.SB BT S3.PS
BT H2.PS
BT S2.PS
BT S0.PS
BT S3.PS
BT S4.PS
BT H2.SB
BT B2.1.PS
BT B2.2.SB
BT B2.2.PS
BT B2.1.SB
BT S5.PS
BT H1.PS
BT H6.PS
PS
#77
SB PS
BT S3.SB BT S4.PS
BT H3.PS
BT H3.SB
BT B3.1.PS
BT 3.2.SB
BT B3.2.PS
BT B3.1.SB
#95
SB PS
BT S4.SB BT S5.PS
BT H4.PS
BT H4.SB
#113
BT S5.SB
BT H5.PS
BT B4.1.PS
BT B4.2.SB
BT B4.2.PS
BT B4.1.SB
BT H5.SB
BT B5.1.PS BT B5.2.SB
BT B5.2.PS
BT B5.1.SB
SB PS
#131
SB
BT H7.PS
FOT 1 PS
BT AP.PS
FOT 2 PS
FOT 1 C
BT FP 8.300
BT AP.SB
FOT 2 SB
FOT 1 SB
BT H7.SB
BT S0.SB
BT H6.SB
BT H1.SB
BT S2.SB
BT S2.PS
BT S0.PS
BT H1.PS
BT H2.PS
BT S3.SB
BT S4.SB
BT S5.SB
BT S3.PS
BT S4.PS
BT S5.PS
BT H3.PS
BT H4.PS
BT H5.PS
BT H6.PS
BT H6.SB
BT H7.PS
BT H7.SB
FOT 2 PS
FOT 2 SB
BT FP
BT H6.PS
BT B6.2.SB
BT B6.1PS
BT B6.2.PS
BT B6.1.SB
BT H7.PS
FOT 1 PS
PS
#151
SB PS
BT B7.PS
BT B8.PS
BT B8.SB
BT B7.SB
#163
SB PS
#171
SB PS
#199
SB
FOT 2 PS
FOT Day
FOT 2 SB
FOT 1 SB
BT FP 2.500
Cargo
BT H7.SB
Fuel
BT S0.SB
BT H1.SB
BT H2.SB
BT H5.SB
BT H6.SB
BT H3.SB
BT H4.SB
BT S3.SB
BT S4.SB
BT S5.SB
BT B2.2.PS
BT B3.2.PS
BT B4.2.PS
BT B5.2.PS
BT B1.1.PS
BT B2.1.PS
BT B3.1.PS
BT B4.1.PS
BT B5.1.PS
BT B6.1PS
BT B7.PS
BT B1.1.SB
BT B2.1.SB
BT B3.1.SB
BT B4.1.SB
BT B5.1.SB
BT B6.1.SB
BT B7.SB
BT B2.2.SB
BT 3.2.SB
BT B4.2.SB
BT B5.2.SB
BT S2.SB
Other Stores
Ballast
BT B1.2.PS
ERT2 PS
BT B0.PS
BT B6.2.PS
ERT1 PS
ERT2 SB
BT B8.PS
0.700
ERT1 SB
BT B0.SB
BT B1.2.SB
BT B8.SB
BT B6.2.SB
Hydrostatic particulars
List
GG'
0.000 (m)
Draft aft pp
0.0 (CL) (Degr.)
9.215 (m)
VCG'
10.637 (m)
Mean moulded draft
7.697 (m)
Max VCG'
10.332 (m)
Draft forward pp
6.179 (m)
GM solid
-0.154 (m)
Trim
-3.037 (m)
G'M liquid
-0.154 (m)
KM
10.483 (m)
Immersion rate
29.545 (t/cm)
VCG
10.637 (m)
MCT
258.9 (t*m/cm)
Summary
Description
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000
23.000
0.0
1026.0
67.201
0.000
7.369
0.0
114.0
24.486
0.000
0.772
0.0
0.0
0.000
0.000
0.000
0.0
Cargo 2
11788.0
69.054
0.000
12.609
0.0
Lightship
6010.0
64.939
0.000 (CL)
7.431
Deadweight
12968.0
68.333
0.000 (CL)
12.122
0.0
Displacement
18978.0
67.258
0.000 (CL)
10.637
0.0
Crew
Fuel
Other Stores
Ballast
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134
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000 (CL)
23.000
0.0
Crew
crew
Fuel
FOT 1 C
0.8901
100.0
148.5
32.160
0.000 (CL)
8.014
0.0
FOT 1 PS
0.8901
100.0
211.8
32.160
5.508 (PS)
7.423
0.0
FOT 1 SB
0.8901
100.0
211.8
32.160
-5.508 (SB)
7.423
0.0
FOT Day
0.8901
100.0
50.3
32.160
0.000 (CL)
2.720
0.0
FOT 2 PS
0.8901
100.0
201.8
121.245
2.263 (PS)
7.654
0.0
FOT 2 SB
0.8901
100.0
201.8
121.245
-2.263 (SB)
7.654
0.0
1026.0
67.201
0.000 (CL)
7.369
0.0
Totals for Fuel
Other Stores
ERT1 PS
0.9002
100.0
34.8
23.976
1.271 (PS)
0.719
0.0
ERT1 SB
0.9002
100.0
34.8
23.976
-1.271 (SB)
0.719
0.0
ERT2 PS
0.9002
100.0
22.2
25.286
3.658 (PS)
0.854
0.0
ERT2 SB
0.9002
100.0
22.2
25.286
-3.658 (SB)
0.854
0.0
114.0
24.486
0.000 (CL)
0.772
0.0
Totals for Other Stores
Ballast
BT AP.PS
1.0250
0.0
0.0
6.605
2.737 (PS)
7.914
0.0
BT AP.SB
1.0250
0.0
0.0
6.605
-2.737 (SB)
7.914
0.0
BT B0.PS
1.0250
0.0
0.0
32.217
3.335 (PS)
0.763
0.0
BT B0.SB
1.0250
0.0
0.0
32.217
-3.335 (SB)
0.763
0.0
BT B1.1.PS
1.0250
0.0
0.0
40.442
2.581 (PS)
0.705
0.0
BT B1.1.SB
1.0250
0.0
0.0
40.442
-2.581 (SB)
0.705
0.0
BT B1.2.PS
1.0250
0.0
0.0
41.270
6.985 (PS)
0.814
0.0
BT B1.2.SB
1.0250
0.0
0.0
41.270
-6.985 (SB)
0.814
0.0
BT B2.1.PS
1.0250
0.0
0.0
53.040
2.582 (PS)
0.705
0.0
BT B2.1.SB
1.0250
0.0
0.0
53.040
-2.582 (SB)
0.705
0.0
BT B2.2.PS
1.0250
0.0
0.0
53.327
7.908 (PS)
0.756
0.0
BT B2.2.SB
1.0250
0.0
0.0
53.327
-7.908 (SB)
0.756
0.0
BT B3.1.PS
1.0250
0.0
0.0
66.000
2.582 (PS)
0.705
0.0
BT B3.1.SB
1.0250
0.0
0.0
66.000
-2.582 (SB)
0.705
0.0
BT B3.2.PS
1.0250
0.0
0.0
66.003
8.155 (PS)
0.746
0.0
BT 3.2.SB
1.0250
0.0
0.0
66.003
-8.155 (SB)
0.746
0.0
BT B4.1.PS
1.0250
0.0
0.0
78.960
2.582 (PS)
0.705
0.0
BT B4.1.SB
1.0250
0.0
0.0
78.960
-2.582 (SB)
0.705
0.0
BT B4.2.PS
1.0250
0.0
0.0
78.960
8.157 (PS)
0.746
0.0
BT B4.2.SB
1.0250
0.0
0.0
78.960
-8.157 (SB)
0.746
0.0
BT B5.1.PS
1.0250
0.0
0.0
92.280
2.582 (PS)
0.705
0.0
BT B5.1.SB
1.0250
0.0
0.0
92.280
-2.582 (SB)
0.705
0.0
BT B5.2.PS
1.0250
0.0
0.0
92.174
8.098 (PS)
0.747
0.0
BT B5.2.SB
1.0250
0.0
0.0
92.174
-8.098 (SB)
0.747
0.0
BT B6.1PS
1.0250
0.0
0.0
105.600
2.582 (PS)
0.705
0.0
BT B6.1.SB
1.0250
0.0
0.0
105.600
-2.582 (SB)
0.705
0.0
BT B6.2.PS
1.0250
0.0
0.0
104.418
7.122 (PS)
0.766
0.0
BT B6.2.SB
1.0250
0.0
0.0
104.418
-7.122 (SB)
0.766
0.0
BT B7.PS
1.0250
0.0
0.0
115.126
2.862 (PS)
0.736
0.0
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135
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
BT B7.SB
1.0250
0.0
0.0
115.126
-2.862 (SB)
0.736
0.0
BT B8.PS
1.0250
0.0
0.0
121.245
1.957 (PS)
0.741
0.0
BT B8.SB
1.0250
0.0
0.0
121.245
-1.957 (SB)
0.741
0.0
BT S0.PS
1.0250
0.0
0.0
32.282
8.654 (PS)
5.214
0.0
BT S0.SB
1.0250
0.0
0.0
32.282
-8.654 (SB)
5.214
0.0
BT S2.PS
1.0250
0.0
0.0
53.447
11.288 (PS)
5.566
0.0
BT S2.SB
1.0250
0.0
0.0
53.447
-11.288 (SB)
5.566
0.0
BT S3.PS
1.0250
0.0
0.0
66.004
11.391 (PS)
5.410
0.0
BT S3.SB
1.0250
0.0
0.0
66.004
-11.391 (SB)
5.410
0.0
BT S4.PS
1.0250
0.0
0.0
78.960
11.392 (PS)
5.409
0.0
BT S4.SB
1.0250
0.0
0.0
78.960
-11.392 (SB)
5.409
0.0
BT S5.PS
1.0250
0.0
0.0
92.050
11.354 (PS)
5.442
0.0
BT S5.SB
1.0250
0.0
0.0
92.050
-11.354 (SB)
5.442
0.0
BT H1.PS
1.0250
0.0
0.0
39.585
9.103 (PS)
5.032
0.0
BT H1.SB
1.0250
0.0
0.0
39.585
-9.103 (SB)
5.032
0.0
BT H2.PS
1.0250
0.0
0.0
53.040
9.073 (PS)
2.720
0.0
BT H2.SB
1.0250
0.0
0.0
53.040
-9.073 (SB)
2.720
0.0
BT H3.PS
1.0250
0.0
0.0
66.000
9.073 (PS)
2.720
0.0
BT H3.SB
1.0250
0.0
0.0
66.000
-9.073 (SB)
2.720
0.0
BT H4.PS
1.0250
0.0
0.0
78.960
9.073 (PS)
2.719
0.0
BT H4.SB
1.0250
0.0
0.0
78.960
-9.073 (SB)
2.719
0.0
BT H5.PS
1.0250
0.0
0.0
92.280
9.073 (PS)
2.720
0.0
BT H5.SB
1.0250
0.0
0.0
92.280
-9.073 (SB)
2.720
0.0
BT H6.PS
1.0250
0.0
0.0
105.915
8.603 (PS)
4.996
0.0
BT H6.SB
1.0250
0.0
0.0
105.915
-8.603 (SB)
4.996
0.0
BT H7.PS
1.0250
0.0
0.0
115.030
6.095 (PS)
5.317
0.0
BT H7.SB
1.0250
0.0
0.0
115.030
-6.095 (SB)
5.317
0.0
BT FP
1.0250
0.0
0.0
139.592
0.000 (CL)
6.087
0.0
0.0
0.000
0.000 (CL)
0.000
0.0
1st Column
532.0
17.599
0.000 (CL)
12.609
0.0
2nd Column
532.0
24.257
0.000 (CL)
12.609
0.0
3rd Column
532.0
30.415
0.000 (CL)
12.609
0.0
4th Column
728.0
37.949
0.000 (CL)
12.609
0.0
5th Column
812.0
44.107
0.000 (CL)
12.609
0.0
6th Column
812.0
50.765
0.000 (CL)
12.609
0.0
7th Column
812.0
56.923
0.000 (CL)
12.609
0.0
8th Column
812.0
63.581
0.000 (CL)
12.609
0.0
9th Column
812.0
69.739
0.000 (CL)
12.609
0.0
10th Column
812.0
76.397
0.000 (CL)
12.609
0.0
11th Column
812.0
82.555
0.000 (CL)
12.609
0.0
12th Column
812.0
89.213
0.000 (CL)
12.609
0.0
13th Column
812.0
95.371
0.000 (CL)
12.609
0.0
14th Column
728.0
102.029
0.000 (CL)
12.609
0.0
15th Column
588.0
108.773
0.000 (CL)
12.609
0.0
16th Column
532.0
115.431
0.000 (CL)
12.609
0.0
17th Column
308.0
122.809
0.000 (CL)
12.609
0.0
11788.0
69.054
0.000 (CL)
12.609
0.0
Totals for Ballast
Cargo 2
Totals for Cargo 2
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136
Intact stability
Description
Stability booklet
Density
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
6010.0
64.939
0.000 (CL)
7.431
Deadweight
12968.0
68.333
0.000 (CL)
12.122
0.0
Displacement
18978.0
67.258
0.000 (CL)
10.637
0.0
(t/m3)
Lightship
Fill%
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137
Intact stability
Stability booklet
Righting levers
Heeling angle
Draft
Trim
Displacement
KN sin(ø)
VCG sin(ø)
GG' sin(ø)
TCG cos(ø)
GZ
Area
(Degr.)
(m)
(m)
(tonnes)
(m)
(m)
(m)
(m)
(m)
(mrad)
0.0º (CL)
7.697
-3.037
18977.9
0.000
0.000
0.000
0.000
0.000
0.000
2.5º (PS)
7.694
-3.025
18978.0
0.458
0.464
0.000
0.000
-0.006
0.000
5.0º (PS)
7.687
-2.988
18978.0
0.916
0.927
0.000
0.000
-0.011
0.000
10.0º (PS)
7.657
-2.837
18978.0
1.843
1.847
0.000
0.000
-0.004
0.000
15.0º (PS)
7.603
-2.564
18978.0
2.795
2.753
0.000
0.000
0.042
0.001
20.0º (PS)
7.534
-2.247
18978.0
3.759
3.638
0.000
0.000
0.121
0.008
25.0º (PS)
7.492
-1.975
18978.0
4.656
4.495
0.000
0.000
0.160
0.021
30.0º (PS)
7.459
-1.668
18978.0
5.500
5.318
0.000
0.000
0.182
0.036
35.0º (PS)
7.405
-1.403
18978.0
6.294
6.101
0.000
0.000
0.193
0.052
40.0º (PS)
7.322
-1.244
18978.0
6.997
6.837
0.000
0.000
0.160
0.068
45.0º (PS)
7.234
-1.162
18978.0
7.543
7.521
0.000
0.000
0.021
0.077
50.0º (PS)
7.124
-1.114
18978.1
7.963
8.148
0.000
0.000
-0.185
0.077
55.0º (PS)
6.990
-1.034
18978.2
8.273
8.713
0.000
0.000
-0.440
0.077
60.0º (PS)
6.812
-0.863
18978.0
8.490
9.212
0.000
0.000
-0.722
0.077
65.0º (PS)
6.531
-0.335
18978.0
8.664
9.640
0.000
0.000
-0.976
0.077
70.0º (PS)
6.062
0.814
18978.0
8.805
9.995
0.000
0.000
-1.190
0.077
75.0º (PS)
5.271
2.856
18978.0
8.881
10.274
0.000
0.000
-1.393
0.077
80.0º (PS)
3.727
6.815
18978.0
8.872
10.475
0.000
0.000
-1.603
0.077
85.0º (PS)
-0.858
18.654
18978.0
8.782
10.596
0.000
0.000
-1.815
0.077
90.0º (PS)
0.000
11920.484
18978.0
8.616
10.637
0.000
0.000
-2.021
0.077
95.0º (PS)
17.400
-29.287
18978.0
8.380
10.596
0.000
0.000
-2.216
0.077
100.0º (PS)
12.829
-17.412
18978.0
8.082
10.475
0.000
0.000
-2.393
0.077
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138
Intact stability
Stability booklet
Stability curve
IMO MSC.267(85) - Minimum design criteria applicable to all ships
0.2
Angle of max GZ=35.0º
0.1
Max. GZ at 30º or greater=0.193
GM=-0.154
0.0
-0.1
-0.2
-0.3
-0.4
Downflooding angle=54.7º
-0.5
-0.6
Righting lever (m)
-0.7
-0.8
-0.9
-1.0
-1.1
No FSC
-1.2
-1.3
-1.4
-1.5
-1.6
-1.7
Constant FSC
-1.8
-1.9
-2.0
-2.1
-2.2
-2.3
-2.4
0
10
20
30
40
50
60
70
80
90
100
Heeling angle (°)
Critical points
Description
Type
X coordinate
Y coordinate Z coordinate
Dist. to wl
Submersion angle
(m)
(m)
(m)
(m)
(Degr.)
0.000 (CL)
6.620
-2.558
0.0 (CL)
Main propeller
Marker
1.750
Bowthruster
Marker
136.120
0.000 (CL)
2.780
-3.584
0.0 (CL)
<>
Downflooding
7.000
8.000 (PS)
18.750
9.679
54.7 (PS)
Evaluation of criteria
IMO MSC.267(85) - Minimum design criteria applicable to all ships
International Code on Intact Stability (2008), Part A, §2.2 - §2.3
Description
Attained value
Area 0º - 30º
Area 0º - 40º
Area 30º - 40º
Max. GZ at 30º or greater
0.0360
0.0685
0.0325
0.193
(mrad)
(mrad)
(mrad)
(m)
Lower angle
30.0 (Degr.)
Upper angle
90.0 (Degr.)
Angle of max GZ
Initial metacentric height
Severe wind and rolling criterion (weather criterion)
Wind silhouette:
35.0 (Degr.)
-0.154 (m)
>=
>=
>=
>=
>=
>=
Required value
0.0550
0.0900
0.0300
0.200
Complies
(mrad)
(mrad)
(mrad)
(m)
NO
NO
YES
NO
25.0 (Degr.)
0.150 (m)
YES
NO
NO
14t Container cargo
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
Criterion
139
Intact stability
Stability booklet
Evaluation of criteria
Windspeed
50.54 (kn.)
51.4 (kg/m2)
Wind pressure
2311.63 (m2)
Wind area
Steady wind lever
0.000 (m)
Deck immersion angle
19.76 (Degr.)
Wind gust lever
0.000 (m)
Ratio of areaA/areaB
0.000
Maximum allowed static heeling angle
0.0 (Degr.)
Max allowed ratio static angle/deck immersion angle
0.000
<=
<=
<=
1.000
16.0 (Degr.)
0.800
YES
YES
YES
The condition does NOT comply with the stability criteria
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
140
Intact stability
Stability booklet
Bending moment and shearforce calculation
250
200
150
50
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
Weight
0
Sectional areas
Load
195 200 205
-50
Weight (tonnes/m)
100
-100
-150
-200
-250
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Shear force
11000
10000
9000
8000
7000
6000
5000
4000
2000
1000
Shear force
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
0
195 200 205
-1000
-2000
Shear force (tonnes)
3000
-3000
-4000
-5000
-6000
-7000
-8000
-9000
-10000
-11000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
141
Intact stability
Stability booklet
Bending moment
50000
40000
30000
10000
Bending moment
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-10000
Bending moment (t*m)
20000
-20000
-30000
-40000
-50000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Deflection
25
20
15
10
Deflection
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
Deflection (mm)
5
-5
-10
-15
-20
-25
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Summary
Mean moulded draft
7.697 (m)
Trim
18978.0 (tonnes)
Minimum shearforce
-542.49 (tonnes)
6.0% Distance from app
Maximum shearforce
779.65 (tonnes)
7.5% Distance from app
34.320 (m)
Maximum sagging moment
-39.53 (t*m)
1.2% Distance from app
140.800 (m)
Maximum hogging moment
20240.05 (t*m)
37.8% Distance from app
65.200 (m)
26.0 (mm)
Distance from app
68.800 (m)
Max. deflection
GM
-3.037 (m)
Displacement
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
-0.154 (m)
106.400 (m)
142
Intact stability
Stability booklet
Summary
The condition complies with the longitudinal strength criteria
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
143
Intact stability
Stability booklet
Weightlist
Description
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
Forward
(m)
FOT 1 C
148.5
32.160
0.000 (CL)
8.014
30.000
34.320
FOT 1 PS
211.8
32.160
5.508 (PS)
7.423
30.000
34.320
FOT 1 SB
211.8
32.160
-5.508 (SB)
7.423
30.000
34.320
FOT Day
50.3
32.160
0.000 (CL)
2.720
30.000
34.320
FOT 2 PS
201.8
121.245
2.263 (PS)
7.654
118.560
124.320
FOT 2 SB
201.8
121.245
-2.263 (SB)
7.654
118.560
124.320
ERT1 PS
34.8
23.976
1.271 (PS)
0.719
17.760
30.000
ERT1 SB
34.8
23.976
-1.271 (SB)
0.719
17.760
30.000
ERT2 PS
22.2
25.286
3.658 (PS)
0.854
17.760
30.000
ERT2 SB
22.2
25.286
-3.658 (SB)
0.854
17.760
30.000
Forecastle
40.0
134.570
0.000 (CL)
13.500
129.360
145.000
Aftercastle
170.0
4.390
0.000 (CL)
13.500
-5.000
13.440
Superstructure
180.0
9.720
0.000 (CL)
23.000
5.400
13.440
Engine
280.0
21.660
0.000 (CL)
4.660
17.560
25.760
Other machinery in ER
410.0
21.660
0.000 (CL)
5.000
12.000
30.000
Hatch covers
670.0
76.600
0.000 (CL)
14.600
34.044
118.180
Aft equipment
20.0
0.000
0.000 (CL)
15.200
-5.000
5.400
Fore equipment
90.0
136.250
0.000 (CL)
15.200
129.360
141.083
Ship Systems
150.0
86.100
0.000 (CL)
7.950
-5.000
145.000
Electrical systems
120.0
86.100
0.000 (CL)
7.950
-5.000
145.000
hull 1
435.6
16.777
0.000 (CL)
4.800
-5.000
30.000
hull 2
378.3
37.862
0.000 (CL)
4.800
30.000
45.000
hull 3
465.5
52.674
0.000 (CL)
4.800
45.000
60.000
hull 4
995.6
75.000
0.000 (CL)
4.800
60.000
90.000
hull 5
485.4
97.436
0.000 (CL)
4.800
90.000
105.000
hull 6
502.5
114.150
0.000 (CL)
4.800
105.000
125.000
hull 7
187.2
131.667
0.000 (CL)
4.800
125.000
145.000
Reserve
430.0
70.960
0.000 (CL)
9.703
-5.000
145.000
crew
40.0
9.720
0.000 (CL)
23.000
5.400
13.440
1st Column
532.0
17.599
0.000 (CL)
12.609
14.570
20.628
2nd Column
532.0
24.257
0.000 (CL)
12.609
21.228
27.286
3rd Column
532.0
30.415
0.000 (CL)
12.609
27.386
33.444
4th Column
728.0
37.949
0.000 (CL)
12.609
34.920
40.978
5th Column
812.0
44.107
0.000 (CL)
12.609
41.078
47.136
6th Column
812.0
50.765
0.000 (CL)
12.609
47.736
53.794
7th Column
812.0
56.923
0.000 (CL)
12.609
53.894
59.952
8th Column
812.0
63.581
0.000 (CL)
12.609
60.552
66.610
9th Column
812.0
69.739
0.000 (CL)
12.609
66.710
72.768
10th Column
812.0
76.397
0.000 (CL)
12.609
73.368
79.426
11th Column
812.0
82.555
0.000 (CL)
12.609
79.526
85.584
12th Column
812.0
89.213
0.000 (CL)
12.609
86.184
92.242
13th Column
812.0
95.371
0.000 (CL)
12.609
92.342
98.400
14th Column
728.0
102.029
0.000 (CL)
12.609
99.000
105.058
15th Column
588.0
108.773
0.000 (CL)
12.609
105.744
111.802
16th Column
532.0
115.431
0.000 (CL)
12.609
112.402
118.460
17th Column
308.0
122.809
0.000 (CL)
12.609
119.780
125.838
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
144
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
-5.195
0.0
0.0
0.0
0.00
0.0
0
0.0
0.0
-5.000
0.0
0.0
0.0
0.00
0.0
3
0.0
0.1
-4.000
18.1
6.7
11.4
12.51
0.9
26
3.0
0.6
-3.000
18.7
8.5
10.2
23.32
1.4
61
3.4
1.0
-2.000
19.2
10.3
8.9
32.91
1.7
106
4.0
1.5
-1.000
19.8
12.3
7.5
41.08
2.0
160
4.5
2.0
0.000
20.3
14.3
6.0
47.85
2.1
221
5.0
2.4
1.000
20.9
16.4
4.5
53.06
2.1
288
5.4
2.9
2.000
21.4
18.5
2.9
56.77
2.1
360
5.8
3.4
3.000
22.0
20.7
1.2
58.82
2.0
435
6.1
3.8
4.000
22.5
24.8
-2.3
58.47
1.8
510
6.4
4.3
5.000
23.1
30.5
-7.4
53.67
1.6
583
6.5
4.8
6.000
44.1
39.0
5.1
54.40
1.5
652
6.7
5.3
7.000
46.2
45.1
1.1
57.40
1.5
725
6.8
5.7
8.000
48.3
50.9
-2.6
56.75
1.4
799
6.9
6.2
9.000
50.5
56.7
-6.3
52.24
1.2
871
7.0
6.7
10.000
52.6
62.5
-9.9
44.22
1.0
936
7.0
7.1
11.000
54.7
68.1
-13.4
32.49
0.7
991
7.0
7.6
12.000
56.8
73.7
-16.9
17.40
0.4
1033
6.8
8.1
13.000
77.3
79.2
-1.9
16.83
0.3
1067
6.7
8.5
14.000
35.8
84.6
-48.7
-10.84
0.2
1092
6.5
9.0
15.000
124.7
89.9
34.9
-24.01
0.4
1082
6.1
9.4
16.000
125.8
95.1
30.7
8.85
0.2
1091
5.8
9.9
17.000
126.9
100.3
26.6
37.44
0.6
1131
5.8
10.4
18.000
168.8
105.4
63.4
78.76
1.3
1201
5.9
10.8
19.000
170.4
110.3
60.0
140.42
2.2
1329
6.2
11.3
20.000
171.9
115.2
56.8
198.87
3.0
1514
6.8
11.7
21.000
85.7
119.8
-34.2
221.33
3.2
1751
7.6
12.2
22.000
175.0
124.3
50.7
253.53
3.6
1998
8.3
12.6
23.000
176.6
128.6
48.0
302.81
4.1
2294
9.2
13.1
24.000
178.1
132.7
45.4
349.53
4.6
2636
10.2
13.6
25.000
179.7
136.6
43.0
393.68
5.0
3026
11.3
14.0
26.000
147.1
140.4
6.7
427.44
5.4
3455
12.5
14.5
27.000
148.6
144.0
4.6
433.03
5.3
3902
13.7
14.9
28.000
150.2
147.4
2.7
427.95
5.2
4348
14.8
15.3
29.000
151.7
150.7
1.0
429.76
5.1
4794
15.8
15.8
30.000
153.2
153.9
-0.7
429.94
5.0
5241
16.8
16.2
31.000
258.0
157.0
101.0
532.16
6.1
5741
17.9
16.7
32.000
258.5
159.9
98.6
631.98
7.1
6337
19.2
17.1
33.000
259.0
162.7
96.2
729.32
8.1
7037
20.8
17.5
34.000
171.7
165.5
6.2
775.66
8.4
7815
22.5
17.9
35.000
155.9
168.1
-12.2
699.75
7.5
8581
24.1
18.3
36.000
156.5
170.6
-14.2
686.60
7.2
9291
25.4
18.7
37.000
157.0
173.1
-16.1
671.42
6.9
9986
26.7
19.1
38.000
157.5
175.4
-17.9
654.43
6.7
10666
27.8
19.5
39.000
158.0
177.6
-19.7
635.60
6.4
11328
28.9
19.9
40.000
158.5
179.8
-21.3
615.14
6.1
11970
29.9
20.3
41.000
38.8
181.8
-143.0
590.42
5.8
12591
30.7
20.7
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
145
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
42.000
173.4
183.8
-10.4
570.27
5.5
13184
31.5
21.0
43.000
173.9
185.6
-11.8
559.15
5.4
13765
32.2
21.4
44.000
174.4
187.4
-13.0
546.80
5.2
14335
32.8
21.7
45.000
174.9
189.0
-14.1
533.24
5.0
14892
33.4
22.0
46.000
175.2
190.6
-15.3
518.49
4.8
15434
34.0
22.4
47.000
175.5
192.0
-16.5
502.57
4.7
15961
34.4
22.7
48.000
175.8
193.3
-17.5
405.19
3.7
16427
34.8
23.0
49.000
176.2
194.5
-18.3
387.26
3.5
16840
35.0
23.2
50.000
176.5
195.6
-19.1
368.55
3.3
17235
35.2
23.5
51.000
176.8
196.5
-19.7
349.13
3.1
17610
35.3
23.8
52.000
177.1
197.3
-20.2
329.17
2.9
17966
35.4
24.0
53.000
177.4
197.9
-20.5
308.79
2.7
18301
35.4
24.2
54.000
177.7
198.4
-20.7
274.75
2.4
18615
35.4
24.5
55.000
178.0
198.8
-20.7
254.01
2.2
18895
35.3
24.7
56.000
178.3
199.0
-20.6
233.32
2.0
19156
35.8
24.9
57.000
178.6
199.0
-20.3
212.84
1.8
19395
36.3
25.0
58.000
179.0
198.9
-20.0
192.67
1.7
19615
36.7
25.2
59.000
179.3
198.7
-19.4
172.98
1.5
19814
37.1
25.3
60.000
45.5
198.4
-152.9
147.41
1.3
19995
37.4
25.5
61.000
179.6
198.0
-18.4
54.82
0.5
20095
37.6
25.6
62.000
179.6
197.5
-17.9
36.66
0.3
20158
37.7
25.7
63.000
179.6
197.0
-17.4
19.03
0.2
20202
37.8
25.8
64.000
179.7
196.5
-16.8
1.92
0.0
20230
37.8
25.9
65.000
179.7
196.0
-16.3
-14.61
0.1
20240
37.9
25.9
66.000
179.7
195.4
-15.7
-30.61
0.3
20234
37.8
26.0
67.000
179.7
194.9
-15.1
-59.43
0.5
20207
37.8
26.0
68.000
179.8
194.4
-14.6
-74.31
0.6
20157
37.7
26.0
69.000
179.8
193.8
-14.0
-88.61
0.8
20092
37.6
26.0
70.000
179.8
193.3
-13.5
-102.37
0.9
20014
37.4
26.0
71.000
179.8
192.8
-12.9
-115.56
1.0
19921
37.3
26.0
72.000
179.9
192.2
-12.4
-128.21
1.1
19816
37.1
25.9
73.000
45.8
191.7
-145.8
-171.38
1.5
19692
36.8
25.9
74.000
179.9
191.2
-11.2
-232.24
2.0
19494
36.5
25.8
75.000
179.9
190.6
-10.7
-243.20
2.1
19273
36.0
25.7
76.000
180.0
190.1
-10.1
-253.62
2.2
19041
35.6
25.6
77.000
180.0
189.6
-9.6
-263.46
2.3
18799
35.2
25.5
78.000
180.0
189.0
-9.0
-272.77
2.4
18548
34.7
25.4
79.000
180.0
188.5
-8.5
-281.50
2.4
18287
34.2
25.3
80.000
180.0
188.0
-7.9
-303.09
2.6
18011
33.7
25.1
81.000
180.1
187.4
-7.3
-310.71
2.7
17721
33.1
24.9
82.000
180.1
186.9
-6.8
-317.78
2.8
17424
32.6
24.8
83.000
180.1
186.4
-6.2
-324.28
2.8
17119
32.0
24.6
84.000
180.1
185.8
-5.7
-330.25
2.9
16809
31.4
24.4
85.000
180.2
185.3
-5.1
-335.63
2.9
16492
30.8
24.1
86.000
46.2
184.7
-138.6
-396.24
3.4
16159
30.2
23.9
87.000
180.2
184.2
-4.0
-425.17
3.7
15755
29.5
23.7
88.000
180.2
183.7
-3.4
-428.91
3.8
15345
28.7
23.4
89.000
180.3
183.1
-2.9
-432.06
3.8
14931
27.9
23.2
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
146
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
90.000
180.3
182.6
-2.3
-434.68
3.8
14514
27.1
22.9
91.000
180.2
182.1
-1.9
-436.77
3.9
14095
26.4
22.6
92.000
180.1
181.4
-1.3
-438.39
3.9
13674
25.6
22.3
93.000
180.0
180.6
-0.6
-452.75
4.1
13242
25.0
22.0
94.000
179.9
179.6
0.3
-452.92
4.1
12806
24.7
21.7
95.000
179.8
178.3
1.6
-451.96
4.1
12370
24.3
21.4
96.000
179.8
176.6
3.1
-449.67
4.1
11936
23.9
21.0
97.000
179.7
174.6
5.1
-445.56
4.1
11505
23.5
20.7
98.000
179.6
172.3
7.3
-439.45
4.0
11079
23.1
20.3
99.000
45.5
169.5
-124.1
-511.26
4.7
10636
22.7
20.0
100.000
165.5
166.4
-0.9
-513.69
4.8
10140
22.1
19.6
101.000
165.5
163.1
2.4
-512.89
4.9
9643
21.5
19.2
102.000
165.4
159.4
6.0
-508.79
4.9
9149
20.9
18.9
103.000
165.3
155.5
9.7
-500.88
5.0
8660
20.2
18.5
104.000
165.2
151.5
13.7
-489.25
5.0
8181
19.6
18.1
105.000
165.1
147.3
17.8
-473.50
4.9
7716
18.9
17.7
106.000
141.4
142.9
-1.6
-542.17
5.8
7219
18.2
17.3
107.000
140.8
138.5
2.3
-541.72
6.0
6694
17.3
16.9
108.000
140.2
133.9
6.3
-537.53
6.1
6170
16.4
16.4
109.000
139.5
129.2
10.3
-529.17
6.2
5653
15.4
16.0
110.000
138.9
124.5
14.4
-516.89
6.2
5147
14.4
15.6
111.000
138.3
119.7
18.6
-500.31
6.2
4655
13.4
15.2
112.000
40.6
114.9
-74.3
-498.93
6.4
4179
12.4
14.7
113.000
127.8
110.0
17.8
-518.47
6.8
3676
11.3
14.3
114.000
127.2
105.2
22.0
-498.65
6.8
3183
10.1
13.9
115.000
126.6
100.3
26.3
-474.41
6.7
2714
8.9
13.4
116.000
126.0
95.5
30.5
-446.12
6.5
2269
7.7
13.0
117.000
125.4
90.7
34.6
-413.47
6.2
1857
6.5
12.6
118.000
124.7
86.0
38.8
-376.84
5.9
1477
5.4
12.1
119.000
110.2
81.3
28.9
-353.63
5.8
1130
4.3
11.7
120.000
155.5
76.8
78.7
-314.04
5.3
808
3.2
11.2
121.000
149.9
72.3
77.6
-235.90
4.2
551
2.3
10.8
122.000
144.3
67.9
76.4
-158.88
2.9
369
1.6
10.3
123.000
138.7
63.8
75.0
-83.21
1.6
266
1.2
9.9
124.000
133.2
59.7
73.5
-8.94
0.2
236
1.1
9.4
125.000
75.2
55.8
19.4
26.91
0.6
267
1.3
9.0
126.000
23.4
52.0
-28.6
39.48
0.9
320
1.7
8.5
127.000
22.5
48.4
-25.9
12.29
0.3
362
2.0
8.1
128.000
21.6
44.8
-23.3
-12.35
0.3
379
2.2
7.6
129.000
20.6
41.4
-20.8
-34.34
0.9
372
2.3
7.2
130.000
28.7
38.2
-9.5
-48.31
1.4
346
2.3
6.7
131.000
28.1
35.0
-6.8
-56.38
1.7
310
2.2
6.3
132.000
27.6
31.9
-4.3
-61.98
2.0
268
2.0
5.8
133.000
27.0
28.9
-1.9
-65.00
2.3
221
1.8
5.4
134.000
26.5
26.0
0.5
-65.72
2.5
172
1.5
4.9
135.000
25.9
23.2
2.8
-64.04
2.7
124
1.2
4.5
136.000
25.4
20.5
4.9
-60.24
2.9
78
0.9
4.0
137.000
24.8
17.9
6.9
-54.28
2.9
37
0.5
3.6
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
147
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
138.000
24.2
15.5
8.8
-46.45
2.8
3
0.0
3.1
139.000
23.7
13.2
10.5
-36.78
2.6
-22
0.4
2.7
140.000
23.1
11.1
12.0
-25.57
2.2
-36
0.9
2.2
141.000
22.6
9.2
13.4
-12.88
1.4
-39
1.2
1.8
142.000
9.7
7.4
2.3
-9.91
1.4
-33
1.4
1.3
143.000
8.4
5.6
2.9
-7.32
1.6
-25
1.6
0.9
144.000
7.2
3.7
3.5
-4.16
1.8
-14
1.8
0.4
145.000
5.9
0.0
5.9
0.00
0.0
0
0.0
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
148
Intact stability
Stability booklet
Equal mass containers - 14t / 90% - Departure - Ballasted
1116 TEU - Multipurpose
Designer
Nemanja Surbatovic
Created by
Nemanja Surbatovic
Comment
Filename
Nemanja Surbatovic Final.fbm
Design length
145.00 (m)
Midship location
72.500 (m)
Length over all
150.00 (m)
Relative water density
1.0250
Design beam
24.840 (m)
Mean shell thickness
0.0130 (m)
Maximum beam
24.840 (m)
Appendage coefficient
1.0000
Design draft
8.280 (m)
Calculation settings
Center of gravity of tanks containing liquids
:
Actual COG
14t Container cargo
-5
0
0
5
10
15
10
20
25
30
20
35
40
45
30
50
55
60
40
65
70
75
50
80
85
90
60
95
100
105
70
110
115
120
125
80
130
90
135
140
145
100
150
155
110
160
165
170
120
175
180
185
130
190
195
200
205
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
149
Intact stability
Stability booklet
FOT 1 C
BT AP.PS
BT AP.PS
BT AP.SB
FOT 2 PS
BT FP
FOT 1 C
FOT 1 SB
FOT 1 PS
BT S0.SB
BT S0.PS
FOT Day
ERT1 PS
-5
0
5
10
15
20
25
30
35
40
45
55
BT H1.PS
BT H1.SB
FOT Day
BT B0.PS
50
BT B1.1.PS
60
65
70
BT B2.1.PS
75
80
85
BT B3.1.PS
90
95
100
105
BT B4.1.PS
110
115
120
BT B5.1.PS
125
130
135
140
BT B6.1PS
145
150
155
160
BT B7.PS BT B8.PS
165
170
175
180
185
190
195
200
205
0.000 (CL)
PS
#8
ERT1 PS
ERT1 SB
#38PS
ERT2
ERT2 SB
SB PS
BT B0.PS BT B0.SB
SB PS
#48
BT B1.1.PS BT B1.2.SB
BT B1.2.PS
BT B1.1.SB
SB PS
#57
SB
FOT 1 PS
FOT 2 PS
FOT 1 C
10.000
FOT 2 SB
FOT 1 SB
BT S2.PS
BT S2.SB BT S3.PS
BT H2.PS
BT S2.PS
BT S0.PS
BT S3.PS
BT S4.PS
BT H2.SB
BT B2.1.PS
BT B2.2.SB
BT B2.2.PS
BT B2.1.SB
BT S5.PS
BT H1.PS
BT H6.PS
PS
#77
SB PS
BT S3.SB BT S4.PS
BT H3.PS
BT H3.SB
BT B3.1.PS
BT 3.2.SB
BT B3.2.PS
BT B3.1.SB
#95
SB PS
BT S4.SB BT S5.PS
BT H4.PS
BT H4.SB
#113
BT S5.SB
BT H5.PS
BT B4.1.PS
BT B4.2.SB
BT B4.2.PS
BT B4.1.SB
BT H5.SB
BT B5.1.PS BT B5.2.SB
BT B5.2.PS
BT B5.1.SB
SB PS
#131
SB
BT H7.PS
FOT 1 PS
BT AP.PS
FOT 2 PS
FOT 1 C
BT FP 8.300
BT AP.SB
FOT 2 SB
FOT 1 SB
BT H7.SB
BT S0.SB
BT H6.SB
BT H1.SB
BT S2.SB
BT S2.PS
BT S0.PS
BT H1.PS
BT H2.PS
BT S3.SB
BT S4.SB
BT S5.SB
BT S3.PS
BT S4.PS
BT S5.PS
BT H3.PS
BT H4.PS
BT H5.PS
BT H6.PS
BT H6.SB
BT H7.PS
BT H7.SB
FOT 2 PS
FOT 2 SB
BT FP
BT H6.PS
BT B6.2.SB
BT B6.1PS
BT B6.2.PS
BT B6.1.SB
BT H7.PS
FOT 1 PS
PS
#151
SB PS
BT B7.PS
BT B8.PS
BT B8.SB
BT B7.SB
#163
SB PS
#171
SB PS
#199
SB
FOT 2 PS
FOT Day
FOT 2 SB
FOT 1 SB
BT FP 2.500
Cargo
BT H7.SB
Fuel
BT S0.SB
BT H1.SB
BT H2.SB
BT H5.SB
BT H6.SB
BT H3.SB
BT H4.SB
BT S3.SB
BT S4.SB
BT S5.SB
BT B2.2.PS
BT B3.2.PS
BT B4.2.PS
BT B5.2.PS
BT B1.1.PS
BT B2.1.PS
BT B3.1.PS
BT B4.1.PS
BT B5.1.PS
BT B6.1PS
BT B7.PS
BT B1.1.SB
BT B2.1.SB
BT B3.1.SB
BT B4.1.SB
BT B5.1.SB
BT B6.1.SB
BT B7.SB
BT B2.2.SB
BT 3.2.SB
BT B4.2.SB
BT B5.2.SB
BT S2.SB
Other Stores
Ballast
BT B1.2.PS
ERT2 PS
BT B0.PS
BT B6.2.PS
ERT1 PS
ERT2 SB
BT B8.PS
0.700
ERT1 SB
BT B0.SB
BT B1.2.SB
BT B8.SB
BT B6.2.SB
Hydrostatic particulars
List
GG'
0.000 (m)
Draft aft pp
0.0 (CL) (Degr.)
8.991 (m)
VCG'
9.996 (m)
Mean moulded draft
8.216 (m)
Max VCG'
10.194 (m)
Draft forward pp
7.441 (m)
GM solid
0.348 (m)
Trim
-1.550 (m)
G'M liquid
KM
10.344 (m)
Immersion rate
0.348 (m)
VCG
9.996 (m)
MCT
29.704 (t/cm)
262.5 (t*m/cm)
Summary
Description
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000
23.000
0.0
1026.0
67.201
0.000
7.369
0.0
114.0
24.486
0.000
0.772
0.0
Ballast
1312.0
94.443
0.000
0.728
0.0
Cargo 2
11788.0
69.054
0.000
12.609
0.0
Lightship
6010.0
64.939
0.000 (CL)
7.431
Deadweight
14280.0
70.732
0.000 (CL)
11.075
0.0
Displacement
20290.0
69.016
0.000 (CL)
9.996
0.0
Crew
Fuel
Other Stores
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
150
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000 (CL)
23.000
0.0
Crew
crew
Fuel
FOT 1 C
0.8901
100.0
148.5
32.160
0.000 (CL)
8.014
0.0
FOT 1 PS
0.8901
100.0
211.8
32.160
5.508 (PS)
7.423
0.0
FOT 1 SB
0.8901
100.0
211.8
32.160
-5.508 (SB)
7.423
0.0
FOT Day
0.8901
100.0
50.3
32.160
0.000 (CL)
2.720
0.0
FOT 2 PS
0.8901
100.0
201.8
121.245
2.263 (PS)
7.654
0.0
FOT 2 SB
0.8901
100.0
201.8
121.245
-2.263 (SB)
7.654
0.0
1026.0
67.201
0.000 (CL)
7.369
0.0
Totals for Fuel
Other Stores
ERT1 PS
0.9002
100.0
34.8
23.976
1.271 (PS)
0.719
0.0
ERT1 SB
0.9002
100.0
34.8
23.976
-1.271 (SB)
0.719
0.0
ERT2 PS
0.9002
100.0
22.2
25.286
3.658 (PS)
0.854
0.0
ERT2 SB
0.9002
100.0
22.2
25.286
-3.658 (SB)
0.854
0.0
114.0
24.486
0.000 (CL)
0.772
0.0
Totals for Other Stores
Ballast
BT AP.PS
1.0250
0.0
0.0
6.605
2.737 (PS)
7.914
0.0
BT AP.SB
1.0250
0.0
0.0
6.605
-2.737 (SB)
7.914
0.0
BT B0.PS
1.0250
0.0
0.0
32.217
3.335 (PS)
0.763
0.0
BT B0.SB
1.0250
0.0
0.0
32.217
-3.335 (SB)
0.763
0.0
BT B1.1.PS
1.0250
0.0
0.0
40.442
2.581 (PS)
0.705
0.0
BT B1.1.SB
1.0250
0.0
0.0
40.442
-2.581 (SB)
0.705
0.0
BT B1.2.PS
1.0250
0.0
0.0
41.270
6.985 (PS)
0.814
0.0
BT B1.2.SB
1.0250
0.0
0.0
41.270
-6.985 (SB)
0.814
0.0
BT B2.1.PS
1.0250
0.0
0.0
53.040
2.582 (PS)
0.705
0.0
BT B2.1.SB
1.0250
0.0
0.0
53.040
-2.582 (SB)
0.705
0.0
BT B2.2.PS
1.0250
0.0
0.0
53.327
7.908 (PS)
0.756
0.0
BT B2.2.SB
1.0250
0.0
0.0
53.327
-7.908 (SB)
0.756
0.0
BT B3.1.PS
1.0250
0.0
0.0
66.000
2.582 (PS)
0.705
0.0
BT B3.1.SB
1.0250
0.0
0.0
66.000
-2.582 (SB)
0.705
0.0
BT B3.2.PS
1.0250
0.0
0.0
66.003
8.155 (PS)
0.746
0.0
BT 3.2.SB
1.0250
0.0
0.0
66.003
-8.155 (SB)
0.746
0.0
BT B4.1.PS
1.0250
98.6
93.4
78.960
2.582 (PS)
0.695
0.0
BT B4.1.SB
1.0250
98.6
93.4
78.960
-2.582 (SB)
0.695
0.0
BT B4.2.PS
1.0250
100.0
108.7
78.960
8.157 (PS)
0.746
0.0
BT B4.2.SB
1.0250
100.0
108.7
78.960
-8.157 (SB)
0.746
0.0
BT B5.1.PS
1.0250
100.0
100.1
92.280
2.582 (PS)
0.705
0.0
BT B5.1.SB
1.0250
100.0
100.1
92.280
-2.582 (SB)
0.705
0.0
BT B5.2.PS
1.0250
100.0
112.3
92.174
8.098 (PS)
0.747
0.0
BT B5.2.SB
1.0250
100.0
112.3
92.174
-8.098 (SB)
0.747
0.0
BT B6.1PS
1.0250
100.0
94.8
105.600
2.582 (PS)
0.705
0.0
BT B6.1.SB
1.0250
100.0
94.8
105.600
-2.582 (SB)
0.705
0.0
BT B6.2.PS
1.0250
100.0
63.9
104.418
7.122 (PS)
0.766
0.0
BT B6.2.SB
1.0250
100.0
63.9
104.418
-7.122 (SB)
0.766
0.0
BT B7.PS
1.0250
100.0
51.7
115.126
2.862 (PS)
0.735
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
151
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
BT B7.SB
1.0250
100.0
51.7
115.126
-2.862 (SB)
0.735
0.0
BT B8.PS
1.0250
100.0
31.2
121.245
1.957 (PS)
0.741
0.0
BT B8.SB
1.0250
100.0
31.2
121.245
-1.957 (SB)
0.741
0.0
BT S0.PS
1.0250
0.0
0.0
32.282
8.654 (PS)
5.214
0.0
BT S0.SB
1.0250
0.0
0.0
32.282
-8.654 (SB)
5.214
0.0
BT S2.PS
1.0250
0.0
0.0
53.447
11.288 (PS)
5.566
0.0
BT S2.SB
1.0250
0.0
0.0
53.447
-11.288 (SB)
5.566
0.0
BT S3.PS
1.0250
0.0
0.0
66.004
11.391 (PS)
5.410
0.0
BT S3.SB
1.0250
0.0
0.0
66.004
-11.391 (SB)
5.410
0.0
BT S4.PS
1.0250
0.0
0.0
78.960
11.392 (PS)
5.409
0.0
BT S4.SB
1.0250
0.0
0.0
78.960
-11.392 (SB)
5.409
0.0
BT S5.PS
1.0250
0.0
0.0
92.050
11.354 (PS)
5.442
0.0
BT S5.SB
1.0250
0.0
0.0
92.050
-11.354 (SB)
5.442
0.0
BT H1.PS
1.0250
0.0
0.0
39.585
9.103 (PS)
5.032
0.0
BT H1.SB
1.0250
0.0
0.0
39.585
-9.103 (SB)
5.032
0.0
BT H2.PS
1.0250
0.0
0.0
53.040
9.073 (PS)
2.720
0.0
BT H2.SB
1.0250
0.0
0.0
53.040
-9.073 (SB)
2.720
0.0
BT H3.PS
1.0250
0.0
0.0
66.000
9.073 (PS)
2.720
0.0
BT H3.SB
1.0250
0.0
0.0
66.000
-9.073 (SB)
2.720
0.0
BT H4.PS
1.0250
0.0
0.0
78.960
9.073 (PS)
2.719
0.0
BT H4.SB
1.0250
0.0
0.0
78.960
-9.073 (SB)
2.719
0.0
BT H5.PS
1.0250
0.0
0.0
92.280
9.073 (PS)
2.720
0.0
BT H5.SB
1.0250
0.0
0.0
92.280
-9.073 (SB)
2.720
0.0
BT H6.PS
1.0250
0.0
0.0
105.915
8.603 (PS)
4.996
0.0
BT H6.SB
1.0250
0.0
0.0
105.915
-8.603 (SB)
4.996
0.0
BT H7.PS
1.0250
0.0
0.0
115.030
6.095 (PS)
5.317
0.0
BT H7.SB
1.0250
0.0
0.0
115.030
-6.095 (SB)
5.317
0.0
BT FP
1.0250
0.0
0.0
139.592
0.000 (CL)
6.087
0.0
1312.0
94.443
0.000 (CL)
0.728
0.0
1st Column
532.0
17.599
0.000 (CL)
12.609
0.0
2nd Column
532.0
24.257
0.000 (CL)
12.609
0.0
3rd Column
532.0
30.415
0.000 (CL)
12.609
0.0
4th Column
728.0
37.949
0.000 (CL)
12.609
0.0
5th Column
812.0
44.107
0.000 (CL)
12.609
0.0
6th Column
812.0
50.765
0.000 (CL)
12.609
0.0
7th Column
812.0
56.923
0.000 (CL)
12.609
0.0
8th Column
812.0
63.581
0.000 (CL)
12.609
0.0
9th Column
812.0
69.739
0.000 (CL)
12.609
0.0
10th Column
812.0
76.397
0.000 (CL)
12.609
0.0
11th Column
812.0
82.555
0.000 (CL)
12.609
0.0
12th Column
812.0
89.213
0.000 (CL)
12.609
0.0
13th Column
812.0
95.371
0.000 (CL)
12.609
0.0
14th Column
728.0
102.029
0.000 (CL)
12.609
0.0
15th Column
588.0
108.773
0.000 (CL)
12.609
0.0
16th Column
532.0
115.431
0.000 (CL)
12.609
0.0
17th Column
308.0
122.809
0.000 (CL)
12.609
0.0
11788.0
69.054
0.000 (CL)
12.609
0.0
Totals for Ballast
Cargo 2
Totals for Cargo 2
9/9/2019 DELFTship 11.30 (317)
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152
Intact stability
Description
Stability booklet
Density
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
6010.0
64.939
0.000 (CL)
7.431
Deadweight
14280.0
70.732
0.000 (CL)
11.075
0.0
Displacement
20290.0
69.016
0.000 (CL)
9.996
0.0
(t/m3)
Lightship
Fill%
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Intact stability
Stability booklet
Righting levers
Heeling angle
Draft
Trim
Displacement
KN sin(ø)
VCG sin(ø)
GG' sin(ø)
TCG cos(ø)
GZ
Area
(Degr.)
(m)
(m)
(tonnes)
(m)
(m)
(m)
(m)
(m)
(mrad)
0.0º (CL)
8.216
-1.550
20290.0
0.000
0.000
0.000
0.000
0.000
0.000
2.5º (PS)
8.214
-1.539
20290.0
0.452
0.436
0.000
0.000
0.015
0.000
5.0º (PS)
8.206
-1.507
20290.0
0.904
0.871
0.000
0.000
0.033
0.001
10.0º (PS)
8.176
-1.370
20290.0
1.818
1.736
0.000
0.000
0.082
0.006
15.0º (PS)
8.121
-1.118
20290.0
2.754
2.587
0.000
0.000
0.166
0.017
20.0º (PS)
8.059
-0.812
20290.0
3.688
3.419
0.000
0.000
0.269
0.036
25.0º (PS)
8.042
-0.492
20290.0
4.542
4.225
0.000
0.000
0.317
0.062
30.0º (PS)
8.031
-0.118
20290.0
5.374
4.998
0.000
0.000
0.375
0.092
35.0º (PS)
7.997
0.217
20289.9
6.182
5.734
0.000
0.000
0.448
0.128
40.0º (PS)
7.980
0.489
20290.1
6.869
6.425
0.000
0.000
0.444
0.167
45.0º (PS)
7.976
0.703
20290.1
7.417
7.068
0.000
0.000
0.348
0.203
50.0º (PS)
7.980
0.959
20290.1
7.836
7.657
0.000
0.000
0.178
0.226
55.0º (PS)
7.989
1.315
20290.0
8.149
8.188
0.000
0.000
-0.040
0.233
60.0º (PS)
7.996
1.849
20290.0
8.372
8.657
0.000
0.000
-0.285
0.233
65.0º (PS)
7.967
2.882
20290.0
8.554
9.060
0.000
0.000
-0.506
0.233
70.0º (PS)
7.869
4.789
20290.0
8.701
9.393
0.000
0.000
-0.692
0.233
75.0º (PS)
7.690
8.088
20290.0
8.784
9.655
0.000
0.000
-0.872
0.233
80.0º (PS)
7.359
14.557
20290.1
8.782
9.844
0.000
0.000
-1.062
0.233
85.0º (PS)
6.401
33.953
20290.0
8.701
9.958
0.000
0.000
-1.258
0.233
90.0º (PS)
0.000
19489.657
20290.0
8.543
9.996
0.000
0.000
-1.453
0.233
95.0º (PS)
10.198
-44.233
20290.0
8.317
9.958
0.000
0.000
-1.642
0.233
100.0º (PS)
9.243
-24.867
20290.0
8.029
9.844
0.000
0.000
-1.815
0.233
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154
Intact stability
Stability booklet
Stability curve
IMO MSC.267(85) - Minimum design criteria applicable to all ships
Angle of max GZ=37.3º
0.4
0.3
Area B=0.168
0.2
GM=0.348
0.1
Steady wind lever
Max. GZ at
Wind gust lever
Area A=0.025 Gust equilibrium=9.4º
Angle of heel under action of steady wind=7.0º
Rollback angle=-9.6º
0.0
-0.1
30º or greater=0.458
Downflooding angle=54.8º
-0.2
Righting lever (m)
-0.3
-0.4
-0.5
-0.6
-0.7
-0.8
-0.9
No FSC
-1.0
-1.1
-1.2
-1.3
Constant FSC
-1.4
-1.5
-1.6
-1.7
-1.8
-10
0
10
20
30
40
50
60
70
80
90
100
Heeling angle (°)
Critical points
Description
Type
X coordinate
Y coordinate Z coordinate
Dist. to wl
Submersion angle
(m)
(m)
(m)
(m)
(Degr.)
0.000 (CL)
6.620
-2.353
0.0 (CL)
Main propeller
Marker
1.750
Bowthruster
Marker
136.120
0.000 (CL)
2.780
-4.756
0.0 (CL)
<>
Downflooding
7.000
8.000 (PS)
18.750
9.833
54.8 (PS)
Evaluation of criteria
IMO MSC.267(85) - Minimum design criteria applicable to all ships
International Code on Intact Stability (2008), Part A, §2.2 - §2.3
Description
Attained value
Area 0º - 30º
Area 0º - 40º
Area 30º - 40º
Max. GZ at 30º or greater
0.0917
0.1675
0.0758
0.458
(mrad)
(mrad)
(mrad)
(m)
Lower angle
30.0 (Degr.)
Upper angle
90.0 (Degr.)
Angle of max GZ
Initial metacentric height
Severe wind and rolling criterion (weather criterion)
Wind silhouette:
37.3 (Degr.)
0.348 (m)
>=
>=
>=
>=
>=
>=
Required value
0.0550
0.0900
0.0300
0.200
Complies
(mrad)
(mrad)
(mrad)
(m)
YES
YES
YES
YES
25.0 (Degr.)
0.150 (m)
YES
YES
YES
14t Container cargo
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
Criterion
155
Intact stability
Stability booklet
Evaluation of criteria
Windspeed
50.54 (kn.)
51.4 (kg/m2)
Wind pressure
1826.25 (m2)
Wind area
Steady wind lever
0.049 (m)
Deck immersion angle
17.47 (Degr.)
Wind gust lever
0.074 (m)
Ratio of areaA/areaB
0.149
Maximum allowed static heeling angle
7.0 (Degr.)
Max allowed ratio static angle/deck immersion angle
0.401
<=
<=
<=
1.000
16.0 (Degr.)
0.800
YES
YES
YES
The condition complies with the stability criteria
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156
Intact stability
Stability booklet
Bending moment and shearforce calculation
250
200
150
50
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
Weight
0
Sectional areas
Load
195 200 205
-50
Weight (tonnes/m)
100
-100
-150
-200
-250
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Shear force
11000
10000
9000
8000
7000
6000
5000
4000
2000
1000
Shear force
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
0
195 200 205
-1000
-2000
Shear force (tonnes)
3000
-3000
-4000
-5000
-6000
-7000
-8000
-9000
-10000
-11000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
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Intact stability
Stability booklet
Bending moment
50000
40000
30000
10000
Bending moment
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-10000
Bending moment (t*m)
20000
-20000
-30000
-40000
-50000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Deflection
22.5
20.0
17.5
15.0
12.5
10.0
7.5
2.5
Deflection
0.0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-2.5
Deflection (mm)
5.0
-5.0
-7.5
-10.0
-12.5
-15.0
-17.5
-20.0
-22.5
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Summary
Mean moulded draft
8.216 (m)
Trim
Displacement
20290.0 (tonnes)
Minimum shearforce
-485.64 (tonnes)
4.2% Distance from app
814.18 (tonnes)
Maximum shearforce
GM
-1.550 (m)
0.348 (m)
73.368 (m)
7.8% Distance from app
34.320 (m)
Maximum sagging moment
-823.84 (t*m)
4.4% Distance from app
122.000 (m)
Maximum hogging moment
20013.06 (t*m)
37.3% Distance from app
60.000 (m)
22.9 (mm)
Distance from app
64.800 (m)
Max. deflection
9/9/2019 DELFTship 11.30 (317)
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158
Intact stability
Stability booklet
Summary
The condition complies with the longitudinal strength criteria
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159
Intact stability
Stability booklet
Weightlist
Description
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
Forward
(m)
FOT 1 C
148.5
32.160
0.000 (CL)
8.014
30.000
34.320
FOT 1 PS
211.8
32.160
5.508 (PS)
7.423
30.000
34.320
FOT 1 SB
211.8
32.160
-5.508 (SB)
7.423
30.000
34.320
FOT Day
50.3
32.160
0.000 (CL)
2.720
30.000
34.320
FOT 2 PS
201.8
121.245
2.263 (PS)
7.654
118.560
124.320
FOT 2 SB
201.8
121.245
-2.263 (SB)
7.654
118.560
124.320
BT B4.1.PS
93.4
78.960
2.582 (PS)
0.695
72.480
85.440
BT B4.1.SB
93.4
78.960
-2.582 (SB)
0.695
72.480
85.440
BT B4.2.PS
108.7
78.960
8.157 (PS)
0.746
72.480
85.440
BT B4.2.SB
108.7
78.960
-8.157 (SB)
0.746
72.480
85.440
BT B5.1.PS
100.1
92.280
2.582 (PS)
0.705
85.440
99.120
BT B5.1.SB
100.1
92.280
-2.582 (SB)
0.705
85.440
99.120
BT B5.2.PS
112.3
92.174
8.098 (PS)
0.747
85.440
99.120
BT B5.2.SB
112.3
92.174
-8.098 (SB)
0.747
85.440
99.120
BT B6.1PS
94.8
105.600
2.582 (PS)
0.705
99.120
112.080
BT B6.1.SB
94.8
105.600
-2.582 (SB)
0.705
99.120
112.080
BT B6.2.PS
63.9
104.418
7.122 (PS)
0.766
99.120
112.080
BT B6.2.SB
63.9
104.418
-7.122 (SB)
0.766
99.120
112.080
BT B7.PS
51.7
115.126
2.862 (PS)
0.735
112.080
118.560
BT B7.SB
51.7
115.126
-2.862 (SB)
0.735
112.080
118.560
BT B8.PS
31.2
121.245
1.957 (PS)
0.741
118.560
124.320
BT B8.SB
31.2
121.245
-1.957 (SB)
0.741
118.560
124.320
ERT1 PS
34.8
23.976
1.271 (PS)
0.719
17.760
30.000
ERT1 SB
34.8
23.976
-1.271 (SB)
0.719
17.760
30.000
ERT2 PS
22.2
25.286
3.658 (PS)
0.854
17.760
30.000
ERT2 SB
22.2
25.286
-3.658 (SB)
0.854
17.760
30.000
Forecastle
40.0
134.570
0.000 (CL)
13.500
129.360
145.000
Aftercastle
170.0
4.390
0.000 (CL)
13.500
-5.000
13.440
Superstructure
180.0
9.720
0.000 (CL)
23.000
5.400
13.440
Engine
280.0
21.660
0.000 (CL)
4.660
17.560
25.760
Other machinery in ER
410.0
21.660
0.000 (CL)
5.000
12.000
30.000
Hatch covers
670.0
76.600
0.000 (CL)
14.600
34.044
118.180
Aft equipment
20.0
0.000
0.000 (CL)
15.200
-5.000
5.400
Fore equipment
90.0
136.250
0.000 (CL)
15.200
129.360
141.083
Ship Systems
150.0
86.100
0.000 (CL)
7.950
-5.000
145.000
Electrical systems
120.0
86.100
0.000 (CL)
7.950
-5.000
145.000
hull 1
435.6
16.777
0.000 (CL)
4.800
-5.000
30.000
hull 2
378.3
37.862
0.000 (CL)
4.800
30.000
45.000
hull 3
465.5
52.674
0.000 (CL)
4.800
45.000
60.000
hull 4
995.6
75.000
0.000 (CL)
4.800
60.000
90.000
hull 5
485.4
97.436
0.000 (CL)
4.800
90.000
105.000
hull 6
502.5
114.150
0.000 (CL)
4.800
105.000
125.000
hull 7
187.2
131.667
0.000 (CL)
4.800
125.000
145.000
Reserve
430.0
70.960
0.000 (CL)
9.703
-5.000
145.000
crew
40.0
9.720
0.000 (CL)
23.000
5.400
13.440
1st Column
532.0
17.599
0.000 (CL)
12.609
14.570
20.628
2nd Column
532.0
24.257
0.000 (CL)
12.609
21.228
27.286
3rd Column
532.0
30.415
0.000 (CL)
12.609
27.386
33.444
4th Column
728.0
37.949
0.000 (CL)
12.609
34.920
40.978
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160
Intact stability
Stability booklet
Weightlist
Description
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
(m)
5th Column
812.0
44.107
0.000 (CL)
12.609
41.078
47.136
6th Column
812.0
50.765
0.000 (CL)
12.609
47.736
53.794
7th Column
812.0
56.923
0.000 (CL)
12.609
53.894
59.952
8th Column
812.0
63.581
0.000 (CL)
12.609
60.552
66.610
9th Column
812.0
69.739
0.000 (CL)
12.609
66.710
72.768
10th Column
812.0
76.397
0.000 (CL)
12.609
73.368
79.426
11th Column
812.0
82.555
0.000 (CL)
12.609
79.526
85.584
12th Column
812.0
89.213
0.000 (CL)
12.609
86.184
92.242
13th Column
812.0
95.371
0.000 (CL)
12.609
92.342
98.400
14th Column
728.0
102.029
0.000 (CL)
12.609
99.000
105.058
15th Column
588.0
108.773
0.000 (CL)
12.609
105.744
111.802
16th Column
532.0
115.431
0.000 (CL)
12.609
112.402
118.460
17th Column
308.0
122.809
0.000 (CL)
12.609
119.780
125.838
9/9/2019 DELFTship 11.30 (317)
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Forward
161
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
-5.097
0.0
0.0
0.0
0.00
0.0
0
0.0
0.0
-5.000
0.0
0.0
0.0
0.00
0.0
1
0.0
0.0
-4.000
18.1
4.0
14.1
14.86
1.0
16
1.8
0.5
-3.000
18.7
5.7
13.0
28.40
1.7
46
2.6
0.9
-2.000
19.2
7.5
11.7
40.79
2.2
88
3.3
1.4
-1.000
19.8
9.4
10.3
51.80
2.5
143
4.0
1.8
0.000
20.3
11.5
8.9
61.44
2.6
207
4.7
2.2
1.000
20.9
13.6
7.3
69.51
2.7
281
5.3
2.7
2.000
21.4
15.7
5.7
76.07
2.8
361
5.8
3.1
3.000
22.0
18.0
4.0
80.92
2.7
448
6.3
3.6
4.000
22.5
22.1
0.4
83.31
2.6
538
6.7
4.0
5.000
23.1
27.9
-4.8
81.19
2.4
629
7.1
4.4
6.000
44.1
36.5
7.7
84.50
2.3
718
7.3
4.9
7.000
46.2
42.6
3.6
90.00
2.3
813
7.6
5.3
8.000
48.3
48.6
-0.3
91.73
2.3
912
7.9
5.7
9.000
50.5
54.5
-4.1
89.49
2.1
1011
8.1
6.2
10.000
52.6
60.4
-7.8
83.61
1.9
1106
8.3
6.6
11.000
54.7
66.2
-11.5
73.88
1.6
1192
8.4
7.0
12.000
56.8
71.9
-15.1
60.66
1.2
1268
8.4
7.5
13.000
77.3
77.5
-0.3
61.81
1.2
1337
8.3
7.9
14.000
35.8
83.1
-47.3
35.70
0.7
1400
8.3
8.3
15.000
124.7
88.6
36.2
23.92
0.4
1428
8.0
8.8
16.000
125.8
94.0
31.9
58.02
1.0
1476
7.9
9.2
17.000
126.9
99.3
27.6
87.66
1.4
1558
7.9
9.6
18.000
168.8
104.6
64.2
129.85
2.1
1669
8.1
10.1
19.000
170.4
109.8
60.6
192.19
3.0
1840
8.6
10.5
20.000
171.9
114.8
57.1
251.12
3.7
2068
9.3
10.9
21.000
85.7
119.6
-34.0
273.85
4.0
2348
10.1
11.3
22.000
175.0
124.3
50.7
306.13
4.3
2639
11.0
11.8
23.000
176.6
128.8
47.7
355.26
4.8
2979
11.9
12.2
24.000
178.1
133.2
44.9
401.63
5.3
3365
13.0
12.6
25.000
179.7
137.3
42.3
445.19
5.7
3797
14.2
13.0
26.000
147.1
141.3
5.7
478.13
6.0
4269
15.5
13.4
27.000
148.6
145.1
3.5
482.67
6.0
4758
16.7
13.8
28.000
150.2
148.8
1.3
476.31
5.8
5244
17.8
14.2
29.000
151.7
152.4
-0.7
476.59
5.7
5728
18.9
14.6
30.000
153.2
155.8
-2.5
475.01
5.5
6212
19.9
15.0
31.000
258.0
159.1
98.9
575.20
6.6
6747
21.0
15.4
32.000
258.5
162.3
96.2
672.76
7.6
7377
22.4
15.8
33.000
259.0
165.4
93.6
767.58
8.5
8107
23.9
16.2
34.000
171.7
168.4
3.3
811.13
8.8
8914
25.7
16.6
35.000
155.9
171.3
-15.3
732.18
7.8
9704
27.2
16.9
36.000
156.5
174.1
-17.6
715.73
7.5
10436
28.6
17.3
37.000
157.0
176.8
-19.8
696.98
7.2
11150
29.8
17.7
38.000
157.5
179.4
-21.9
676.16
6.9
11845
30.9
18.0
39.000
158.0
181.9
-23.9
653.22
6.5
12518
31.9
18.3
40.000
158.5
184.3
-25.8
628.40
6.2
13167
32.8
18.7
41.000
38.8
186.6
-147.8
599.04
5.9
13790
33.6
19.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
162
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
42.000
173.4
188.8
-15.5
573.97
5.6
14380
34.3
19.3
43.000
173.9
191.0
-17.1
557.66
5.4
14953
35.0
19.6
44.000
174.4
193.0
-18.6
539.85
5.1
15510
35.5
19.9
45.000
174.9
194.9
-20.0
520.55
4.9
16048
36.0
20.2
46.000
175.2
196.7
-21.5
499.80
4.7
16567
36.5
20.4
47.000
175.5
198.4
-22.9
477.58
4.4
17063
36.8
20.7
48.000
175.8
200.0
-24.2
373.64
3.4
17492
37.0
20.9
49.000
176.2
201.5
-25.3
348.87
3.2
17860
37.1
21.2
50.000
176.5
202.8
-26.3
323.05
2.9
18205
37.1
21.4
51.000
176.8
204.0
-27.2
296.22
2.7
18522
37.1
21.6
52.000
177.1
205.1
-28.0
268.60
2.4
18813
37.0
21.8
53.000
177.4
206.0
-28.6
240.27
2.1
19074
36.9
21.9
54.000
177.7
206.8
-29.1
198.02
1.7
19307
36.7
22.1
55.000
178.0
207.4
-29.4
168.78
1.5
19497
36.5
22.2
56.000
178.3
207.8
-29.5
139.34
1.2
19660
36.8
22.4
57.000
178.6
208.2
-29.5
109.82
1.0
19792
37.0
22.5
58.000
179.0
208.3
-29.4
80.36
0.7
19895
37.2
22.6
59.000
179.3
208.4
-29.1
51.10
0.4
19968
37.3
22.7
60.000
45.5
208.4
-162.8
15.69
0.1
20013
37.4
22.8
61.000
179.6
208.2
-28.6
-87.00
0.8
19968
37.3
22.8
62.000
179.6
208.0
-28.4
-115.51
1.0
19875
37.2
22.9
63.000
179.6
207.8
-28.1
-143.77
1.2
19753
36.9
22.9
64.000
179.7
207.5
-27.8
-171.76
1.5
19604
36.7
22.9
65.000
179.7
207.2
-27.5
-199.44
1.7
19425
36.3
22.9
66.000
179.7
207.0
-27.2
-226.83
2.0
19220
36.0
22.9
67.000
179.7
206.7
-26.9
-267.32
2.3
18983
35.5
22.9
68.000
179.8
206.4
-26.6
-294.13
2.5
18710
35.0
22.8
69.000
179.8
206.1
-26.4
-320.62
2.8
18410
34.4
22.8
70.000
179.8
205.9
-26.1
-346.83
3.0
18085
33.8
22.7
71.000
179.8
205.6
-25.8
-372.74
3.2
17733
33.2
22.6
72.000
179.9
205.3
-25.5
-398.36
3.4
17355
32.5
22.6
73.000
77.0
205.1
-128.0
-438.55
3.8
16950
31.7
22.4
74.000
211.1
204.8
6.3
-481.71
4.2
16485
30.8
22.3
75.000
211.1
204.5
6.6
-475.24
4.1
16014
30.0
22.2
76.000
211.1
204.2
6.9
-468.49
4.1
15550
29.1
22.1
77.000
211.2
204.0
7.2
-461.43
4.0
15093
28.2
21.9
78.000
211.2
203.7
7.5
-454.08
3.9
14643
27.4
21.7
79.000
211.2
203.4
7.8
-446.43
3.9
14201
26.6
21.6
80.000
211.2
203.1
8.1
-451.89
3.9
13759
25.7
21.4
81.000
211.3
202.9
8.4
-443.65
3.8
13319
24.9
21.2
82.000
211.3
202.6
8.7
-435.12
3.8
12888
24.1
21.0
83.000
211.3
202.3
9.0
-426.28
3.7
12465
23.3
20.8
84.000
211.3
202.1
9.3
-417.16
3.6
12051
22.5
20.5
85.000
211.4
201.8
9.6
-407.73
3.5
11647
21.8
20.3
86.000
77.9
201.5
-123.6
-453.44
3.9
11240
21.0
20.1
87.000
211.9
201.2
10.6
-467.58
4.1
10777
20.2
19.8
88.000
211.8
201.0
10.8
-456.88
4.0
10323
19.3
19.6
89.000
211.7
200.7
11.0
-445.99
3.9
9879
18.5
19.3
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
163
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
90.000
211.6
200.4
11.2
-434.92
3.8
9447
17.7
19.0
91.000
211.4
200.1
11.3
-423.71
3.8
9025
16.9
18.8
92.000
211.2
199.8
11.4
-412.37
3.7
8615
16.1
18.5
93.000
211.0
199.2
11.8
-414.17
3.7
8207
15.5
18.2
94.000
210.8
198.4
12.4
-402.11
3.6
7806
15.0
17.9
95.000
210.6
197.3
13.3
-389.26
3.5
7419
14.6
17.6
96.000
210.4
195.8
14.6
-375.38
3.4
7044
14.1
17.3
97.000
210.2
194.0
16.2
-359.99
3.3
6684
13.7
17.0
98.000
210.0
191.8
18.2
-342.83
3.1
6340
13.2
16.6
99.000
75.8
189.1
-113.4
-403.84
3.7
5991
12.8
16.3
100.000
194.7
186.1
8.6
-396.30
3.7
5598
12.2
16.0
101.000
193.8
182.8
11.0
-386.49
3.7
5215
11.6
15.7
102.000
192.9
179.2
13.7
-374.21
3.6
4842
11.1
15.3
103.000
191.9
175.3
16.7
-358.99
3.6
4483
10.5
15.0
104.000
191.0
171.2
19.8
-340.82
3.5
4141
9.9
14.6
105.000
190.1
166.9
23.2
-319.33
3.3
3818
9.4
14.3
106.000
165.5
162.5
3.1
-383.02
4.1
3469
8.7
14.0
107.000
164.1
157.9
6.2
-378.33
4.2
3096
8.0
13.6
108.000
162.6
153.2
9.5
-370.55
4.2
2729
7.2
13.3
109.000
161.2
148.3
12.9
-359.32
4.2
2372
6.5
12.9
110.000
159.7
143.4
16.4
-344.78
4.1
2027
5.7
12.5
111.000
158.3
138.4
19.9
-326.57
4.0
1699
4.9
12.2
112.000
59.8
133.3
-73.5
-324.11
4.1
1389
4.1
11.8
113.000
145.8
128.1
17.7
-343.44
4.5
1052
3.2
11.5
114.000
144.3
122.9
21.4
-323.96
4.4
726
2.3
11.1
115.000
142.8
117.7
25.1
-300.65
4.2
422
1.4
10.7
116.000
141.3
112.5
28.8
-273.78
4.0
141
0.5
10.4
117.000
139.8
107.3
32.5
-243.07
3.7
-109
0.5
10.0
118.000
138.3
102.2
36.1
-208.83
3.3
-328
1.5
9.7
119.000
122.9
97.1
25.8
-188.48
3.1
-517
2.5
9.3
120.000
167.4
92.0
75.4
-152.08
2.6
-684
3.4
8.9
121.000
161.1
87.1
74.0
-77.42
1.4
-790
4.1
8.6
122.000
154.7
82.3
72.5
-4.16
0.1
-824
4.5
8.2
123.000
148.4
77.6
70.9
67.49
1.4
-783
4.4
7.9
124.000
142.1
73.0
69.1
137.50
2.9
-674
4.0
7.5
125.000
75.2
68.5
6.6
163.15
3.6
-509
3.2
7.1
126.000
23.4
64.2
-40.8
163.25
3.8
-334
2.2
6.8
127.000
22.5
60.0
-37.5
124.14
3.0
-184
1.3
6.4
128.000
21.6
55.9
-34.4
88.12
2.3
-69
0.5
6.1
129.000
20.6
52.0
-31.3
55.35
1.5
9
0.1
5.7
130.000
28.7
48.1
-19.4
31.16
0.9
60
0.4
5.4
131.000
28.1
44.3
-16.2
13.46
0.4
89
0.6
5.0
132.000
27.6
40.6
-13.0
-1.19
0.0
103
0.8
4.6
133.000
27.0
37.0
-10.0
-12.62
0.4
104
0.9
4.3
134.000
26.5
33.5
-7.0
-21.18
0.8
95
0.8
3.9
135.000
25.9
30.1
-4.1
-26.70
1.1
79
0.8
3.6
136.000
25.4
26.7
-1.4
-29.50
1.4
58
0.6
3.2
137.000
24.8
23.5
1.3
-29.49
1.6
36
0.4
2.9
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
164
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
138.000
24.2
20.5
3.8
-27.02
1.6
16
0.2
2.5
139.000
23.7
17.6
6.1
-22.04
1.6
-1
0.0
2.1
140.000
23.1
14.9
8.2
-14.92
1.3
-12
0.3
1.8
141.000
22.6
12.4
10.2
-5.67
0.6
-14
0.5
1.4
142.000
9.7
9.9
-0.2
-5.52
0.8
-12
0.5
1.1
143.000
8.4
7.4
1.0
-5.08
1.1
-9
0.6
0.7
144.000
7.2
4.8
2.4
-3.43
1.5
-6
0.7
0.4
145.000
5.9
0.0
5.9
0.00
0.0
0
0.0
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
165
Intact stability
Stability booklet
Equal mass containers - 14t / 90% - Halfway - Ballasted
1116 TEU - Multipurpose
Designer
Nemanja Surbatovic
Created by
Nemanja Surbatovic
Comment
Filename
Nemanja Surbatovic Final.fbm
Design length
145.00 (m)
Midship location
72.500 (m)
Length over all
150.00 (m)
Relative water density
1.0250
Design beam
24.840 (m)
Mean shell thickness
0.0130 (m)
Maximum beam
24.840 (m)
Appendage coefficient
1.0000
Design draft
8.280 (m)
Calculation settings
Center of gravity of tanks containing liquids
:
Actual COG
14t Container cargo
-5
0
0
5
10
15
10
20
25
30
20
35
40
45
30
50
55
60
40
65
70
75
50
80
85
90
60
95
100
105
70
110
115
120
125
80
130
90
135
140
145
100
150
155
110
160
165
170
120
175
180
185
130
190
195
200
205
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
166
Intact stability
Stability booklet
FOT 1 C
BT AP.PS
BT AP.PS
BT AP.SB
FOT 2 PS
BT FP
FOT 1 C
FOT 1 SB
FOT 1 PS
BT S0.SB
BT S0.PS
FOT Day
ERT1 PS
-5
0
5
10
15
20
25
30
35
40
45
55
BT H1.PS
BT H1.SB
FOT Day
BT B0.PS
50
BT B1.1.PS
60
65
70
BT B2.1.PS
75
80
85
BT B3.1.PS
90
95
100
105
BT B4.1.PS
110
115
120
BT B5.1.PS
125
130
135
140
BT B6.1PS
145
150
155
160
BT B7.PS BT B8.PS
165
170
175
180
185
190
195
200
205
0.000 (CL)
PS
#8
ERT1 PS
ERT1 SB
#38PS
ERT2
ERT2 SB
SB PS
BT B0.PS BT B0.SB
SB PS
#48
BT B1.1.PS BT B1.2.SB
BT B1.2.PS
BT B1.1.SB
SB PS
#57
SB
FOT 1 PS
FOT 2 PS
FOT 1 C
10.000
FOT 2 SB
FOT 1 SB
BT S2.PS
BT S2.SB BT S3.PS
BT H2.PS
BT S2.PS
BT S0.PS
BT S3.PS
BT S4.PS
BT H2.SB
BT B2.1.PS
BT B2.2.SB
BT B2.2.PS
BT B2.1.SB
BT S5.PS
BT H1.PS
BT H6.PS
PS
#77
SB PS
BT S3.SB BT S4.PS
BT H3.PS
BT H3.SB
BT B3.1.PS
BT 3.2.SB
BT B3.2.PS
BT B3.1.SB
#95
SB PS
BT S4.SB BT S5.PS
BT H4.PS
BT H4.SB
#113
BT S5.SB
BT H5.PS
BT B4.1.PS
BT B4.2.SB
BT B4.2.PS
BT B4.1.SB
BT H5.SB
BT B5.1.PS BT B5.2.SB
BT B5.2.PS
BT B5.1.SB
SB PS
#131
SB
BT H7.PS
FOT 1 PS
BT AP.PS
FOT 2 PS
FOT 1 C
BT FP 8.300
BT AP.SB
FOT 2 SB
FOT 1 SB
BT H7.SB
BT S0.SB
BT H6.SB
BT H1.SB
BT S2.SB
BT S2.PS
BT S0.PS
BT H1.PS
BT H2.PS
BT S3.SB
BT S4.SB
BT S5.SB
BT S3.PS
BT S4.PS
BT S5.PS
BT H3.PS
BT H4.PS
BT H5.PS
BT H6.PS
BT H6.SB
BT H7.PS
BT H7.SB
FOT 2 PS
FOT 2 SB
BT FP
BT H6.PS
BT B6.2.SB
BT B6.1PS
BT B6.2.PS
BT B6.1.SB
BT H7.PS
FOT 1 PS
PS
#151
SB PS
BT B7.PS
BT B8.PS
BT B8.SB
BT B7.SB
#163
SB PS
#171
SB PS
#199
SB
FOT 2 PS
FOT Day
FOT 2 SB
FOT 1 SB
BT FP 2.500
Cargo
BT H7.SB
Fuel
BT S0.SB
BT H1.SB
BT H2.SB
BT H5.SB
BT H6.SB
BT H3.SB
BT H4.SB
BT S3.SB
BT S4.SB
BT S5.SB
BT B2.2.PS
BT B3.2.PS
BT B4.2.PS
BT B5.2.PS
BT B1.1.PS
BT B2.1.PS
BT B3.1.PS
BT B4.1.PS
BT B5.1.PS
BT B6.1PS
BT B7.PS
BT B1.1.SB
BT B2.1.SB
BT B3.1.SB
BT B4.1.SB
BT B5.1.SB
BT B6.1.SB
BT B7.SB
BT B2.2.SB
BT 3.2.SB
BT B4.2.SB
BT B5.2.SB
BT S2.SB
Other Stores
Ballast
BT B1.2.PS
ERT2 PS
BT B0.PS
BT B6.2.PS
ERT1 PS
ERT2 SB
BT B8.PS
0.700
ERT1 SB
BT B0.SB
BT B1.2.SB
BT B8.SB
BT B6.2.SB
Hydrostatic particulars
List
GG'
0.005 (m)
Draft aft pp
0.0 (CL) (Degr.)
8.442 (m)
VCG'
10.083 (m)
Mean moulded draft
8.056 (m)
Max VCG'
10.089 (m)
Draft forward pp
7.670 (m)
GM solid
0.160 (m)
Trim
-0.772 (m)
G'M liquid
KM
10.239 (m)
Immersion rate
0.156 (m)
VCG
10.079 (m)
MCT
29.067 (t/cm)
246.4 (t*m/cm)
Summary
Description
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
Crew
40.0
9.720
0.000
23.000
0.0
Fuel
513.2
102.211
0.000
6.936
41.4
Other Stores
57.0
24.784
0.000
0.443
48.1
Ballast
1312.0
94.443
0.000
0.728
0.0
Cargo 2
11788.0
69.054
0.000
12.609
0.0
Lightship
6010.0
64.939
0.000 (CL)
7.431
Deadweight
13710.3
72.368
0.000 (CL)
11.239
89.5
Displacement
19720.3
70.104
0.000 (CL)
10.079
89.5
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
167
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000 (CL)
23.000
0.0
Crew
crew
Fuel
FOT 1 C
0.8901
40.0
59.4
32.160
0.000 (CL)
5.623
41.4
FOT 1 PS
0.8901
0.0
0.0
32.160
5.508 (PS)
7.423
0.0
FOT 1 SB
0.8901
0.0
0.0
32.160
-5.508 (SB)
7.423
0.0
FOT Day
0.8901
100.0
50.3
32.160
0.000 (CL)
2.720
0.0
FOT 2 PS
0.8901
100.0
201.8
121.245
2.263 (PS)
7.654
0.0
FOT 2 SB
0.8901
100.0
201.8
121.245
-2.263 (SB)
7.654
0.0
513.2
102.211
0.000 (CL)
6.936
41.4
Totals for Fuel
Other Stores
ERT1 PS
0.9002
50.0
17.4
24.073
1.250 (PS)
0.373
14.0
ERT1 SB
0.9002
50.0
17.4
24.073
-1.250 (SB)
0.373
14.0
ERT2 PS
0.9002
50.0
11.1
25.901
3.576 (PS)
0.553
10.0
ERT2 SB
0.9002
50.0
11.1
25.901
-3.576 (SB)
0.553
10.0
57.0
24.784
0.000 (CL)
0.443
48.1
Totals for Other Stores
Ballast
BT AP.PS
1.0250
0.0
0.0
6.605
2.737 (PS)
7.914
0.0
BT AP.SB
1.0250
0.0
0.0
6.605
-2.737 (SB)
7.914
0.0
BT B0.PS
1.0250
0.0
0.0
32.217
3.335 (PS)
0.763
0.0
BT B0.SB
1.0250
0.0
0.0
32.217
-3.335 (SB)
0.763
0.0
BT B1.1.PS
1.0250
0.0
0.0
40.442
2.581 (PS)
0.705
0.0
BT B1.1.SB
1.0250
0.0
0.0
40.442
-2.581 (SB)
0.705
0.0
BT B1.2.PS
1.0250
0.0
0.0
41.270
6.985 (PS)
0.814
0.0
BT B1.2.SB
1.0250
0.0
0.0
41.270
-6.985 (SB)
0.814
0.0
BT B2.1.PS
1.0250
0.0
0.0
53.040
2.582 (PS)
0.705
0.0
BT B2.1.SB
1.0250
0.0
0.0
53.040
-2.582 (SB)
0.705
0.0
BT B2.2.PS
1.0250
0.0
0.0
53.327
7.908 (PS)
0.756
0.0
BT B2.2.SB
1.0250
0.0
0.0
53.327
-7.908 (SB)
0.756
0.0
BT B3.1.PS
1.0250
0.0
0.0
66.000
2.582 (PS)
0.705
0.0
BT B3.1.SB
1.0250
0.0
0.0
66.000
-2.582 (SB)
0.705
0.0
BT B3.2.PS
1.0250
0.0
0.0
66.003
8.155 (PS)
0.746
0.0
BT 3.2.SB
1.0250
0.0
0.0
66.003
-8.155 (SB)
0.746
0.0
BT B4.1.PS
1.0250
98.6
93.4
78.960
2.582 (PS)
0.695
0.0
BT B4.1.SB
1.0250
98.6
93.4
78.960
-2.582 (SB)
0.695
0.0
BT B4.2.PS
1.0250
100.0
108.7
78.960
8.157 (PS)
0.746
0.0
BT B4.2.SB
1.0250
100.0
108.7
78.960
-8.157 (SB)
0.746
0.0
BT B5.1.PS
1.0250
100.0
100.1
92.280
2.582 (PS)
0.705
0.0
BT B5.1.SB
1.0250
100.0
100.1
92.280
-2.582 (SB)
0.705
0.0
BT B5.2.PS
1.0250
100.0
112.3
92.174
8.098 (PS)
0.747
0.0
BT B5.2.SB
1.0250
100.0
112.3
92.174
-8.098 (SB)
0.747
0.0
BT B6.1PS
1.0250
100.0
94.8
105.600
2.582 (PS)
0.705
0.0
BT B6.1.SB
1.0250
100.0
94.8
105.600
-2.582 (SB)
0.705
0.0
BT B6.2.PS
1.0250
100.0
63.9
104.418
7.122 (PS)
0.766
0.0
BT B6.2.SB
1.0250
100.0
63.9
104.418
-7.122 (SB)
0.766
0.0
BT B7.PS
1.0250
100.0
51.7
115.126
2.862 (PS)
0.735
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
168
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
BT B7.SB
1.0250
100.0
51.7
115.126
-2.862 (SB)
0.735
0.0
BT B8.PS
1.0250
100.0
31.2
121.245
1.957 (PS)
0.741
0.0
BT B8.SB
1.0250
100.0
31.2
121.245
-1.957 (SB)
0.741
0.0
BT S0.PS
1.0250
0.0
0.0
32.282
8.654 (PS)
5.214
0.0
BT S0.SB
1.0250
0.0
0.0
32.282
-8.654 (SB)
5.214
0.0
BT S2.PS
1.0250
0.0
0.0
53.447
11.288 (PS)
5.566
0.0
BT S2.SB
1.0250
0.0
0.0
53.447
-11.288 (SB)
5.566
0.0
BT S3.PS
1.0250
0.0
0.0
66.004
11.391 (PS)
5.410
0.0
BT S3.SB
1.0250
0.0
0.0
66.004
-11.391 (SB)
5.410
0.0
BT S4.PS
1.0250
0.0
0.0
78.960
11.392 (PS)
5.409
0.0
BT S4.SB
1.0250
0.0
0.0
78.960
-11.392 (SB)
5.409
0.0
BT S5.PS
1.0250
0.0
0.0
92.050
11.354 (PS)
5.442
0.0
BT S5.SB
1.0250
0.0
0.0
92.050
-11.354 (SB)
5.442
0.0
BT H1.PS
1.0250
0.0
0.0
39.585
9.103 (PS)
5.032
0.0
BT H1.SB
1.0250
0.0
0.0
39.585
-9.103 (SB)
5.032
0.0
BT H2.PS
1.0250
0.0
0.0
53.040
9.073 (PS)
2.720
0.0
BT H2.SB
1.0250
0.0
0.0
53.040
-9.073 (SB)
2.720
0.0
BT H3.PS
1.0250
0.0
0.0
66.000
9.073 (PS)
2.720
0.0
BT H3.SB
1.0250
0.0
0.0
66.000
-9.073 (SB)
2.720
0.0
BT H4.PS
1.0250
0.0
0.0
78.960
9.073 (PS)
2.719
0.0
BT H4.SB
1.0250
0.0
0.0
78.960
-9.073 (SB)
2.719
0.0
BT H5.PS
1.0250
0.0
0.0
92.280
9.073 (PS)
2.720
0.0
BT H5.SB
1.0250
0.0
0.0
92.280
-9.073 (SB)
2.720
0.0
BT H6.PS
1.0250
0.0
0.0
105.915
8.603 (PS)
4.996
0.0
BT H6.SB
1.0250
0.0
0.0
105.915
-8.603 (SB)
4.996
0.0
BT H7.PS
1.0250
0.0
0.0
115.030
6.095 (PS)
5.317
0.0
BT H7.SB
1.0250
0.0
0.0
115.030
-6.095 (SB)
5.317
0.0
BT FP
1.0250
0.0
0.0
139.592
0.000 (CL)
6.087
0.0
1312.0
94.443
0.000 (CL)
0.728
0.0
1st Column
532.0
17.599
0.000 (CL)
12.609
0.0
2nd Column
532.0
24.257
0.000 (CL)
12.609
0.0
3rd Column
532.0
30.415
0.000 (CL)
12.609
0.0
4th Column
728.0
37.949
0.000 (CL)
12.609
0.0
5th Column
812.0
44.107
0.000 (CL)
12.609
0.0
6th Column
812.0
50.765
0.000 (CL)
12.609
0.0
7th Column
812.0
56.923
0.000 (CL)
12.609
0.0
8th Column
812.0
63.581
0.000 (CL)
12.609
0.0
9th Column
812.0
69.739
0.000 (CL)
12.609
0.0
10th Column
812.0
76.397
0.000 (CL)
12.609
0.0
11th Column
812.0
82.555
0.000 (CL)
12.609
0.0
14th Column
728.0
102.029
0.000 (CL)
12.609
0.0
12th Column
812.0
89.213
0.000 (CL)
12.609
0.0
13th Column
812.0
95.371
0.000 (CL)
12.609
0.0
15th Column
588.0
108.773
0.000 (CL)
12.609
0.0
16th Column
532.0
115.431
0.000 (CL)
12.609
0.0
17th Column
308.0
122.809
0.000 (CL)
12.609
0.0
11788.0
69.054
0.000 (CL)
12.609
0.0
Totals for Ballast
Cargo 2
Totals for Cargo 2
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
169
Intact stability
Description
Stability booklet
Density
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
6010.0
64.939
0.000 (CL)
7.431
Deadweight
13710.3
72.368
0.000 (CL)
11.239
89.5
Displacement
19720.3
70.104
0.000 (CL)
10.079
89.5
(t/m3)
Lightship
Fill%
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
170
Intact stability
Stability booklet
Righting levers
Heeling angle
Draft
Trim
Displacement
KN sin(ø)
VCG sin(ø)
GG' sin(ø)
TCG cos(ø)
GZ
Area
(Degr.)
(m)
(m)
(tonnes)
(m)
(m)
(m)
(m)
(m)
(mrad)
0.0º (CL)
8.056
-0.772
19720.4
0.000
0.000
0.000
0.000
0.000
0.000
2.5º (PS)
8.054
-0.763
19720.3
0.447
0.440
0.000
0.000
0.007
0.000
5.0º (PS)
8.047
-0.735
19720.3
0.895
0.878
0.001
0.000
0.016
0.001
10.0º (PS)
8.018
-0.619
19720.3
1.799
1.750
0.001
0.000
0.047
0.003
15.0º (PS)
7.966
-0.406
19720.2
2.723
2.609
0.002
0.000
0.113
0.010
20.0º (PS)
7.893
-0.070
19720.3
3.673
3.447
0.002
0.000
0.224
0.025
25.0º (PS)
7.865
0.302
19720.3
4.540
4.259
0.002
0.000
0.278
0.047
30.0º (PS)
7.845
0.727
19720.3
5.375
5.039
0.003
0.000
0.333
0.073
35.0º (PS)
7.794
1.161
19720.3
6.193
5.781
0.003
0.000
0.409
0.106
40.0º (PS)
7.744
1.559
19720.3
6.899
6.479
0.004
0.000
0.417
0.143
45.0º (PS)
7.699
1.917
19720.3
7.454
7.127
0.004
0.000
0.323
0.176
50.0º (PS)
7.659
2.321
19720.3
7.874
7.721
0.005
0.000
0.148
0.197
55.0º (PS)
7.613
2.850
19720.3
8.182
8.256
0.005
0.000
-0.079
0.201
60.0º (PS)
7.554
3.597
19720.3
8.396
8.729
0.006
0.000
-0.338
0.201
65.0º (PS)
7.450
4.820
19720.3
8.550
9.135
0.007
0.000
-0.591
0.201
70.0º (PS)
7.234
7.079
19720.4
8.681
9.471
0.007
0.000
-0.797
0.201
75.0º (PS)
6.837
11.114
19720.5
8.761
9.735
0.008
0.000
-0.982
0.201
80.0º (PS)
6.058
19.174
19720.3
8.757
9.926
0.008
0.000
-1.177
0.201
85.0º (PS)
3.752
43.440
19720.3
8.670
10.040
0.008
0.000
-1.379
0.201
90.0º (PS)
0.000
24352.243
19720.3
8.506
10.079
0.008
0.000
-1.581
0.201
95.0º (PS)
12.917
-54.163
19720.5
8.274
10.040
0.008
0.000
-1.775
0.201
100.0º (PS)
10.612
-29.896
19720.3
7.981
9.926
0.008
0.000
-1.953
0.201
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
171
Intact stability
Stability booklet
Stability curve
IMO MSC.267(85) - Minimum design criteria applicable to all ships
Angle of max GZ=37.9º
0.4
0.3
0.2
Area B=0.140
GM=0.156 Steady wind lever
Max. GZ at 30º
Area A=0.020
Wind gust lever
Angle of heel under action of steady wind=10.5º
Rollback angle=-6.0º Gust equilibrium=12.9º
0.1
0.0
-0.1
or greater=0.425
-0.2
Downflooding angle=57.6º
-0.3
Righting lever (m)
-0.4
-0.5
-0.6
-0.7
-0.8
-0.9
-1.0
No FSC
-1.1
-1.2
-1.3
-1.4
Constant FSC
-1.5
-1.6
-1.7
-1.8
-1.9
-10
0
10
20
30
40
50
60
70
80
90
100
Heeling angle (°)
Critical points
Description
Type
X coordinate
Y coordinate Z coordinate
Dist. to wl
Submersion angle
(m)
(m)
(m)
(m)
(Degr.)
0.000 (CL)
6.620
-1.813
0.0 (CL)
Main propeller
Marker
1.750
Bowthruster
Marker
136.120
0.000 (CL)
2.780
-4.938
0.0 (CL)
<>
Downflooding
7.000
8.000 (PS)
18.750
10.345
57.6 (PS)
Evaluation of criteria
IMO MSC.267(85) - Minimum design criteria applicable to all ships
International Code on Intact Stability (2008), Part A, §2.2 - §2.3
Description
Attained value
Area 0º - 30º
Area 0º - 40º
Area 30º - 40º
Max. GZ at 30º or greater
0.0733
0.1425
0.0692
0.425
(mrad)
(mrad)
(mrad)
(m)
Lower angle
30.0 (Degr.)
Upper angle
90.0 (Degr.)
Angle of max GZ
Initial metacentric height
Severe wind and rolling criterion (weather criterion)
Wind silhouette:
37.9 (Degr.)
0.156 (m)
>=
>=
>=
>=
>=
>=
Required value
0.0550
0.0900
0.0300
0.200
Complies
(mrad)
(mrad)
(mrad)
(m)
YES
YES
YES
YES
25.0 (Degr.)
0.150 (m)
YES
YES
YES
14t Container cargo
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
Criterion
172
Intact stability
Stability booklet
Evaluation of criteria
Windspeed
50.54 (kn.)
51.4 (kg/m2)
Wind pressure
1852.20 (m2)
Wind area
Steady wind lever
0.052 (m)
Deck immersion angle
18.18 (Degr.)
Wind gust lever
0.078 (m)
Ratio of areaA/areaB
0.145
Maximum allowed static heeling angle
10.5 (Degr.)
Max allowed ratio static angle/deck immersion angle
0.578
<=
<=
<=
1.000
16.0 (Degr.)
0.800
YES
YES
YES
The condition complies with the stability criteria
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
173
Intact stability
Stability booklet
Bending moment and shearforce calculation
200
175
150
125
100
75
25
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
Weight
Sectional areas
0
195 200 205
Load
-25
Weight (tonnes/m)
50
-50
-75
-100
-125
-150
-175
-200
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Shear force
11000
10000
9000
8000
7000
6000
5000
4000
2000
1000
Shear force
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
0
195 200 205
-1000
-2000
Shear force (tonnes)
3000
-3000
-4000
-5000
-6000
-7000
-8000
-9000
-10000
-11000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
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174
Intact stability
Stability booklet
Bending moment
50000
40000
30000
10000
Bending moment
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-10000
Bending moment (t*m)
20000
-20000
-30000
-40000
-50000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Deflection
22.5
20.0
17.5
15.0
12.5
10.0
7.5
2.5
Deflection
0.0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-2.5
Deflection (mm)
5.0
-5.0
-7.5
-10.0
-12.5
-15.0
-17.5
-20.0
-22.5
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Summary
Mean moulded draft
8.056 (m)
Trim
Displacement
19720.3 (tonnes)
Minimum shearforce
-498.68 (tonnes)
4.3% Distance from app
684.73 (tonnes)
Maximum shearforce
GM
-0.772 (m)
0.156 (m)
73.368 (m)
7.7% Distance from app
30.000 (m)
Maximum sagging moment
-963.58 (t*m)
5.2% Distance from app
121.600 (m)
Maximum hogging moment
19300.59 (t*m)
36.1% Distance from app
57.600 (m)
22.8 (mm)
Distance from app
62.800 (m)
Max. deflection
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
175
Intact stability
Stability booklet
Summary
The condition complies with the longitudinal strength criteria
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
176
Intact stability
Stability booklet
Weightlist
Description
FOT 1 C
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
Forward
(m)
59.4
32.160
0.000 (CL)
5.623
30.000
34.320
FOT Day
50.3
32.160
0.000 (CL)
2.720
30.000
34.320
FOT 2 PS
201.8
121.245
2.263 (PS)
7.654
118.560
124.320
FOT 2 SB
201.8
121.245
-2.263 (SB)
7.654
118.560
124.320
BT B4.1.PS
93.4
78.960
2.582 (PS)
0.695
72.480
85.440
BT B4.1.SB
93.4
78.960
-2.582 (SB)
0.695
72.480
85.440
BT B4.2.PS
108.7
78.960
8.157 (PS)
0.746
72.480
85.440
BT B4.2.SB
108.7
78.960
-8.157 (SB)
0.746
72.480
85.440
BT B5.1.PS
100.1
92.280
2.582 (PS)
0.705
85.440
99.120
BT B5.1.SB
100.1
92.280
-2.582 (SB)
0.705
85.440
99.120
BT B5.2.PS
112.3
92.174
8.098 (PS)
0.747
85.440
99.120
BT B5.2.SB
112.3
92.174
-8.098 (SB)
0.747
85.440
99.120
BT B6.1PS
94.8
105.600
2.582 (PS)
0.705
99.120
112.080
BT B6.1.SB
94.8
105.600
-2.582 (SB)
0.705
99.120
112.080
BT B6.2.PS
63.9
104.418
7.122 (PS)
0.766
99.120
112.080
BT B6.2.SB
63.9
104.418
-7.122 (SB)
0.766
99.120
112.080
BT B7.PS
51.7
115.126
2.862 (PS)
0.735
112.080
118.560
BT B7.SB
51.7
115.126
-2.862 (SB)
0.735
112.080
118.560
BT B8.PS
31.2
121.245
1.957 (PS)
0.741
118.560
124.320
BT B8.SB
31.2
121.245
-1.957 (SB)
0.741
118.560
124.320
ERT1 PS
17.4
24.073
1.250 (PS)
0.373
17.760
30.000
ERT1 SB
17.4
24.073
-1.250 (SB)
0.373
17.760
30.000
ERT2 PS
11.1
25.901
3.576 (PS)
0.553
17.760
30.000
ERT2 SB
11.1
25.901
-3.576 (SB)
0.553
17.760
30.000
Forecastle
40.0
134.570
0.000 (CL)
13.500
129.360
145.000
Aftercastle
170.0
4.390
0.000 (CL)
13.500
-5.000
13.440
Superstructure
180.0
9.720
0.000 (CL)
23.000
5.400
13.440
Engine
280.0
21.660
0.000 (CL)
4.660
17.560
25.760
Other machinery in ER
410.0
21.660
0.000 (CL)
5.000
12.000
30.000
Hatch covers
670.0
76.600
0.000 (CL)
14.600
34.044
118.180
Aft equipment
20.0
0.000
0.000 (CL)
15.200
-5.000
5.400
Fore equipment
90.0
136.250
0.000 (CL)
15.200
129.360
141.083
Ship Systems
150.0
86.100
0.000 (CL)
7.950
-5.000
145.000
Electrical systems
120.0
86.100
0.000 (CL)
7.950
-5.000
145.000
hull 1
435.6
16.777
0.000 (CL)
4.800
-5.000
30.000
hull 2
378.3
37.862
0.000 (CL)
4.800
30.000
45.000
hull 3
465.5
52.674
0.000 (CL)
4.800
45.000
60.000
hull 4
995.6
75.000
0.000 (CL)
4.800
60.000
90.000
hull 5
485.4
97.436
0.000 (CL)
4.800
90.000
105.000
hull 6
502.5
114.150
0.000 (CL)
4.800
105.000
125.000
hull 7
187.2
131.667
0.000 (CL)
4.800
125.000
145.000
Reserve
430.0
70.960
0.000 (CL)
9.703
-5.000
145.000
40.0
9.720
0.000 (CL)
23.000
5.400
13.440
1st Column
532.0
17.599
0.000 (CL)
12.609
14.570
20.628
2nd Column
532.0
24.257
0.000 (CL)
12.609
21.228
27.286
3rd Column
532.0
30.415
0.000 (CL)
12.609
27.386
33.444
4th Column
728.0
37.949
0.000 (CL)
12.609
34.920
40.978
5th Column
812.0
44.107
0.000 (CL)
12.609
41.078
47.136
6th Column
812.0
50.765
0.000 (CL)
12.609
47.736
53.794
crew
9/9/2019 DELFTship 11.30 (317)
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177
Intact stability
Stability booklet
Weightlist
Description
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
(m)
7th Column
812.0
56.923
0.000 (CL)
12.609
53.894
59.952
8th Column
812.0
63.581
0.000 (CL)
12.609
60.552
66.610
9th Column
812.0
69.739
0.000 (CL)
12.609
66.710
72.768
10th Column
812.0
76.397
0.000 (CL)
12.609
73.368
79.426
11th Column
812.0
82.555
0.000 (CL)
12.609
79.526
85.584
14th Column
728.0
102.029
0.000 (CL)
12.609
99.000
105.058
12th Column
812.0
89.213
0.000 (CL)
12.609
86.184
92.242
13th Column
812.0
95.371
0.000 (CL)
12.609
92.342
98.400
15th Column
588.0
108.773
0.000 (CL)
12.609
105.744
111.802
16th Column
532.0
115.431
0.000 (CL)
12.609
112.402
118.460
17th Column
308.0
122.809
0.000 (CL)
12.609
119.780
125.838
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
Forward
178
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
-5.000
17.6
0.0
17.6
0.00
0.0
0
0.0
0.0
-4.000
18.1
0.2
17.9
17.81
1.2
13
1.4
0.5
-3.000
18.7
1.2
17.5
35.52
2.1
44
2.5
0.9
-2.000
19.2
2.4
16.8
52.68
2.8
92
3.4
1.4
-1.000
19.8
3.9
15.9
68.99
3.3
157
4.4
1.9
0.000
20.3
5.6
14.8
84.34
3.6
237
5.3
2.3
1.000
20.9
7.3
13.6
98.49
3.9
333
6.2
2.8
2.000
21.4
9.2
12.3
111.43
4.0
442
7.1
3.3
3.000
22.0
11.2
10.8
122.94
4.1
563
7.9
3.8
4.000
22.5
15.1
7.4
132.23
4.1
695
8.7
4.2
5.000
23.1
20.7
2.4
137.22
4.0
834
9.4
4.7
6.000
44.1
29.1
15.0
147.83
4.1
978
10.0
5.2
7.000
46.2
35.1
11.1
160.79
4.2
1137
10.6
5.6
8.000
48.3
40.9
7.4
170.15
4.2
1307
11.3
6.1
9.000
50.5
46.7
3.8
175.67
4.1
1484
11.9
6.6
10.000
52.6
52.4
0.1
177.69
3.9
1665
12.5
7.0
11.000
54.7
58.1
-3.4
175.98
3.7
1846
12.9
7.5
12.000
56.8
63.7
-6.9
170.90
3.5
2023
13.4
7.9
13.000
77.3
69.2
8.0
180.30
3.5
2203
13.7
8.4
14.000
35.8
74.7
-38.9
162.54
3.0
2384
14.1
8.9
15.000
124.7
80.1
44.7
159.20
2.8
2539
14.2
9.3
16.000
125.8
85.4
40.4
201.82
3.5
2723
14.6
9.8
17.000
126.9
90.7
36.2
240.05
4.0
2949
15.0
10.2
18.000
164.8
95.9
68.9
289.96
4.6
3213
15.7
10.7
19.000
166.3
101.0
65.3
356.97
5.5
3542
16.6
11.1
20.000
167.7
106.0
61.7
420.51
6.3
3934
17.7
11.6
21.000
81.3
110.8
-29.5
447.78
6.5
4382
18.9
12.0
22.000
170.6
115.5
55.1
484.50
6.8
4845
20.1
12.4
23.000
172.0
120.0
52.0
537.97
7.3
5362
21.5
12.9
24.000
173.4
124.3
49.1
588.58
7.8
5928
22.9
13.3
25.000
174.9
128.5
46.4
636.26
8.2
6546
24.5
13.7
26.000
142.2
132.5
9.7
673.21
8.5
7207
26.1
14.2
27.000
143.6
136.3
7.3
681.62
8.4
7888
27.7
14.6
28.000
145.0
140.0
5.0
679.00
8.2
8571
29.1
15.0
29.000
146.5
143.6
2.8
682.86
8.1
9256
30.6
15.4
30.000
147.9
147.1
0.8
684.73
8.0
9944
31.9
15.8
31.000
139.3
150.4
-11.1
674.94
7.7
10628
33.1
16.2
32.000
139.8
153.7
-13.9
662.47
7.5
11301
34.3
16.6
33.000
140.3
156.8
-16.5
647.21
7.2
11960
35.3
16.9
34.000
53.0
159.8
-106.9
580.63
6.3
12589
36.2
17.3
35.000
155.9
162.8
-6.9
472.19
5.0
13117
36.8
17.7
36.000
156.5
165.7
-9.2
464.17
4.9
13590
37.2
18.0
37.000
157.0
168.4
-11.5
453.78
4.7
14053
37.6
18.4
38.000
157.5
171.1
-13.6
441.27
4.5
14505
37.9
18.7
39.000
158.0
173.7
-15.7
426.53
4.3
14942
38.1
19.0
40.000
158.5
176.2
-17.7
409.85
4.0
15365
38.3
19.3
41.000
38.8
178.6
-139.8
388.53
3.8
15769
38.5
19.6
42.000
173.4
180.9
-7.6
371.41
3.6
16149
38.6
19.9
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
179
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
43.000
173.9
183.2
-9.3
362.96
3.5
16520
38.6
20.2
44.000
174.4
185.3
-10.9
352.91
3.4
16882
38.7
20.4
45.000
174.9
187.3
-12.4
341.28
3.2
17233
38.7
20.7
46.000
175.2
189.2
-14.0
328.08
3.1
17572
38.7
20.9
47.000
175.5
191.0
-15.5
313.31
2.9
17896
38.6
21.1
48.000
175.8
192.7
-16.9
216.71
2.0
18160
38.5
21.3
49.000
176.2
194.3
-18.1
199.17
1.8
18372
38.2
21.5
50.000
176.5
195.8
-19.3
180.47
1.6
18566
37.9
21.7
51.000
176.8
197.1
-20.3
160.64
1.4
18740
37.6
21.9
52.000
177.1
198.3
-21.2
139.91
1.2
18895
37.2
22.0
53.000
177.4
199.3
-21.9
118.33
1.0
19028
36.8
22.2
54.000
177.7
200.2
-22.5
82.72
0.7
19137
36.4
22.3
55.000
178.0
200.9
-22.9
59.99
0.5
19212
35.9
22.4
56.000
178.3
201.5
-23.2
36.93
0.3
19265
36.0
22.5
57.000
178.6
202.0
-23.3
13.66
0.1
19294
36.1
22.6
58.000
179.0
202.3
-23.3
-9.68
0.1
19300
36.1
22.7
59.000
179.3
202.5
-23.2
-32.96
0.3
19282
36.1
22.7
60.000
45.5
202.6
-157.0
-62.50
0.5
19242
36.0
22.8
61.000
179.6
202.6
-23.0
-159.47
1.4
19118
35.8
22.8
62.000
179.6
202.5
-22.9
-182.41
1.6
18951
35.4
22.8
63.000
179.6
202.4
-22.7
-205.22
1.8
18761
35.1
22.8
64.000
179.7
202.3
-22.6
-227.89
2.0
18549
34.7
22.8
65.000
179.7
202.1
-22.4
-250.40
2.2
18313
34.3
22.8
66.000
179.7
202.0
-22.3
-272.76
2.4
18056
33.8
22.7
67.000
179.7
201.9
-22.1
-308.35
2.7
17771
33.2
22.7
68.000
179.8
201.7
-22.0
-330.39
2.9
17456
32.7
22.6
69.000
179.8
201.6
-21.8
-352.26
3.0
17118
32.0
22.6
70.000
179.8
201.5
-21.6
-373.98
3.2
16759
31.3
22.5
71.000
179.8
201.3
-21.5
-395.54
3.4
16378
30.6
22.4
72.000
179.9
201.2
-21.3
-416.94
3.6
15976
29.9
22.2
73.000
77.0
201.0
-124.0
-453.05
3.9
15551
29.1
22.1
74.000
211.1
200.9
10.2
-492.27
4.3
15069
28.2
22.0
75.000
211.1
200.8
10.3
-482.00
4.2
14586
27.3
21.8
76.000
211.1
200.6
10.5
-471.57
4.1
14113
26.4
21.7
77.000
211.2
200.5
10.7
-460.98
4.0
13651
25.5
21.5
78.000
211.2
200.4
10.8
-450.24
3.9
13199
24.7
21.3
79.000
211.2
200.2
11.0
-439.33
3.8
12758
23.9
21.1
80.000
211.2
200.1
11.1
-441.67
3.8
12321
23.0
20.9
81.000
211.3
200.0
11.3
-430.45
3.7
11889
22.2
20.7
82.000
211.3
199.8
11.5
-419.07
3.6
11468
21.5
20.5
83.000
211.3
199.7
11.6
-407.52
3.5
11059
20.7
20.3
84.000
211.3
199.6
11.8
-395.82
3.4
10661
19.9
20.1
85.000
211.4
199.4
11.9
-383.96
3.3
10275
19.2
19.8
86.000
77.9
199.3
-121.4
-427.37
3.7
9889
18.5
19.6
87.000
211.9
199.1
12.7
-439.35
3.8
9450
17.7
19.3
88.000
211.8
199.0
12.8
-426.62
3.7
9021
16.9
19.1
89.000
211.7
198.9
12.8
-413.84
3.6
8605
16.1
18.8
90.000
211.6
198.7
12.8
-401.02
3.5
8201
15.3
18.5
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
180
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
91.000
211.4
198.6
12.8
-388.19
3.5
7811
14.6
18.2
92.000
211.2
198.3
12.8
-375.38
3.4
7433
13.9
17.9
93.000
211.0
197.9
13.1
-375.84
3.4
7058
13.3
17.7
94.000
210.8
197.3
13.5
-362.57
3.3
6693
12.9
17.4
95.000
210.6
196.3
14.3
-348.66
3.2
6341
12.5
17.1
96.000
210.4
195.0
15.4
-333.85
3.0
6004
12.0
16.8
97.000
210.2
193.3
16.9
-317.67
2.9
5682
11.6
16.4
98.000
210.0
191.2
18.8
-299.87
2.8
5377
11.2
16.1
99.000
75.8
188.7
-112.9
-360.37
3.3
5066
10.8
15.8
100.000
194.7
185.8
8.9
-352.46
3.3
4714
10.3
15.5
101.000
193.8
182.6
11.2
-342.41
3.2
4370
9.8
15.2
102.000
192.9
179.1
13.7
-330.03
3.2
4038
9.2
14.8
103.000
191.9
175.4
16.6
-314.83
3.1
3719
8.7
14.5
104.000
191.0
171.4
19.6
-296.81
3.0
3417
8.2
14.2
105.000
190.1
167.3
22.8
-275.60
2.9
3134
7.7
13.8
106.000
165.5
162.9
2.6
-339.68
3.6
2824
7.1
13.5
107.000
164.1
158.4
5.6
-335.50
3.7
2491
6.4
13.1
108.000
162.6
153.8
8.8
-328.34
3.7
2162
5.7
12.8
109.000
161.2
149.1
12.1
-317.84
3.7
1843
5.0
12.5
110.000
159.7
144.3
15.5
-304.12
3.6
1536
4.3
12.1
111.000
158.3
139.3
19.0
-286.83
3.5
1244
3.6
11.8
112.000
59.8
134.3
-74.5
-285.38
3.6
969
2.9
11.4
113.000
145.8
129.2
16.6
-305.81
4.0
667
2.0
11.1
114.000
144.3
124.1
20.2
-287.50
3.9
373
1.2
10.7
115.000
142.8
119.0
23.8
-265.43
3.7
101
0.3
10.4
116.000
141.3
113.8
27.5
-239.86
3.5
-148
0.6
10.0
117.000
139.8
108.7
31.1
-210.50
3.2
-369
1.6
9.7
118.000
138.3
103.6
34.7
-177.67
2.8
-560
2.6
9.3
119.000
122.9
98.5
24.4
-158.76
2.6
-723
3.5
9.0
120.000
167.4
93.5
73.9
-123.85
2.1
-865
4.3
8.6
121.000
161.1
88.6
72.5
-50.70
0.9
-947
4.9
8.3
122.000
154.7
83.8
70.9
21.04
0.4
-959
5.2
7.9
123.000
148.4
79.1
69.3
91.14
1.8
-898
5.1
7.6
124.000
142.1
74.5
67.5
159.61
3.3
-770
4.6
7.2
125.000
75.2
70.1
5.1
183.71
4.0
-587
3.7
6.9
126.000
23.4
65.7
-42.4
182.27
4.2
-397
2.6
6.5
127.000
22.5
61.5
-39.1
141.64
3.5
-232
1.6
6.2
128.000
21.6
57.4
-35.9
104.13
2.7
-105
0.8
5.9
129.000
20.6
53.4
-32.8
69.88
1.9
-15
0.1
5.5
130.000
28.7
49.5
-20.8
44.25
1.3
45
0.3
5.2
131.000
28.1
45.7
-17.5
25.16
0.8
83
0.6
4.8
132.000
27.6
41.9
-14.4
9.16
0.3
105
0.8
4.5
133.000
27.0
38.3
-11.3
-3.58
0.1
111
0.9
4.1
134.000
26.5
34.7
-8.2
-13.37
0.5
106
0.9
3.8
135.000
25.9
31.2
-5.3
-20.05
0.9
93
0.9
3.4
136.000
25.4
27.8
-2.4
-23.96
1.1
75
0.8
3.1
137.000
24.8
24.5
0.3
-24.96
1.3
54
0.7
2.8
138.000
24.2
21.4
2.9
-23.41
1.4
34
0.5
2.4
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
181
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
139.000
23.7
18.4
5.3
-19.27
1.4
16
0.3
2.1
140.000
23.1
15.6
7.5
-12.90
1.1
4
0.1
1.7
141.000
22.6
12.9
9.6
-4.29
0.5
-1
0.0
1.4
142.000
9.7
10.3
-0.7
-4.67
0.7
-1
0.0
1.0
143.000
8.4
7.8
0.7
-4.65
1.0
-2
0.1
0.7
144.000
7.2
5.0
2.1
-3.30
1.4
-2
0.3
0.3
145.000
5.9
0.0
5.9
0.00
0.0
0
0.0
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
182
Intact stability
Stability booklet
Equal mass containers - 14t / 90% - Halfway - ReBallasted
1116 TEU - Multipurpose
Designer
Nemanja Surbatovic
Created by
Nemanja Surbatovic
Comment
Filename
Nemanja Surbatovic Final.fbm
Design length
145.00 (m)
Midship location
72.500 (m)
Length over all
150.00 (m)
Relative water density
1.0250
Design beam
24.840 (m)
Mean shell thickness
0.0130 (m)
Maximum beam
24.840 (m)
Appendage coefficient
1.0000
Design draft
8.280 (m)
Calculation settings
Center of gravity of tanks containing liquids
:
Actual COG
14t Container cargo
-5
0
0
5
10
15
10
20
25
30
20
35
40
45
30
50
55
60
40
65
70
75
50
80
85
90
60
95
100
105
70
110
115
120
125
80
130
90
135
140
145
100
150
155
110
160
165
170
120
175
180
185
130
190
195
200
205
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
183
Intact stability
Stability booklet
FOT 1 C
BT AP.PS
BT AP.PS
BT AP.SB
FOT 2 PS
BT FP
FOT 1 C
FOT 1 SB
FOT 1 PS
BT S0.SB
BT S0.PS
FOT Day
ERT1 PS
-5
0
5
10
15
20
25
30
35
40
45
55
BT H1.PS
BT H1.SB
FOT Day
BT B0.PS
50
BT B1.1.PS
60
65
70
BT B2.1.PS
75
80
85
BT B3.1.PS
90
95
100
105
BT B4.1.PS
110
115
120
BT B5.1.PS
125
130
135
140
BT B6.1PS
145
150
155
160
BT B7.PS BT B8.PS
165
170
175
180
185
190
195
200
205
0.000 (CL)
PS
#8
ERT1 PS
ERT1 SB
#38PS
ERT2
ERT2 SB
SB PS
BT B0.PS BT B0.SB
SB PS
#48
BT B1.1.PS BT B1.2.SB
BT B1.2.PS
BT B1.1.SB
SB PS
#57
SB
FOT 1 PS
FOT 2 PS
FOT 1 C
10.000
FOT 2 SB
FOT 1 SB
BT S2.PS
BT S2.SB BT S3.PS
BT H2.PS
BT S2.PS
BT S0.PS
BT S3.PS
BT S4.PS
BT H2.SB
BT B2.1.PS
BT B2.2.SB
BT B2.2.PS
BT B2.1.SB
BT S5.PS
BT H1.PS
BT H6.PS
PS
#77
SB PS
BT S3.SB BT S4.PS
BT H3.PS
BT H3.SB
BT B3.1.PS
BT 3.2.SB
BT B3.2.PS
BT B3.1.SB
#95
SB PS
BT S4.SB BT S5.PS
BT H4.PS
BT H4.SB
#113
BT S5.SB
BT H5.PS
BT B4.1.PS
BT B4.2.SB
BT B4.2.PS
BT B4.1.SB
BT H5.SB
BT B5.1.PS BT B5.2.SB
BT B5.2.PS
BT B5.1.SB
SB PS
#131
SB
BT H7.PS
FOT 1 PS
BT AP.PS
FOT 2 PS
FOT 1 C
BT FP 8.300
BT AP.SB
FOT 2 SB
FOT 1 SB
BT H7.SB
BT S0.SB
BT H6.SB
BT H1.SB
BT S2.SB
BT S2.PS
BT S0.PS
BT H1.PS
BT H2.PS
BT S3.SB
BT S4.SB
BT S5.SB
BT S3.PS
BT S4.PS
BT S5.PS
BT H3.PS
BT H4.PS
BT H5.PS
BT H6.PS
BT H6.SB
BT H7.PS
BT H7.SB
FOT 2 PS
FOT 2 SB
BT FP
BT H6.PS
BT B6.2.SB
BT B6.1PS
BT B6.2.PS
BT B6.1.SB
BT H7.PS
FOT 1 PS
PS
#151
SB PS
BT B7.PS
BT B8.PS
BT B8.SB
BT B7.SB
#163
SB PS
#171
SB PS
#199
SB
FOT 2 PS
FOT Day
FOT 2 SB
FOT 1 SB
BT FP 2.500
Cargo
BT H7.SB
Fuel
BT S0.SB
BT H1.SB
BT H2.SB
BT H5.SB
BT H6.SB
BT H3.SB
BT H4.SB
BT S3.SB
BT S4.SB
BT S5.SB
BT B2.2.PS
BT B3.2.PS
BT B4.2.PS
BT B5.2.PS
BT B1.1.PS
BT B2.1.PS
BT B3.1.PS
BT B4.1.PS
BT B5.1.PS
BT B6.1PS
BT B7.PS
BT B1.1.SB
BT B2.1.SB
BT B3.1.SB
BT B4.1.SB
BT B5.1.SB
BT B6.1.SB
BT B7.SB
BT B2.2.SB
BT 3.2.SB
BT B4.2.SB
BT B5.2.SB
BT S2.SB
Other Stores
Ballast
BT B1.2.PS
ERT2 PS
BT B0.PS
BT B6.2.PS
ERT1 PS
ERT2 SB
BT B8.PS
0.700
ERT1 SB
BT B0.SB
BT B1.2.SB
BT B8.SB
BT B6.2.SB
Hydrostatic particulars
List
GG'
0.022 (m)
Draft aft pp
0.0 (CL) (Degr.)
8.766 (m)
VCG'
9.912 (m)
Mean moulded draft
8.169 (m)
Max VCG'
10.145 (m)
Draft forward pp
7.573 (m)
GM solid
0.405 (m)
Trim
-1.193 (m)
G'M liquid
KM
10.295 (m)
Immersion rate
0.383 (m)
VCG
9.890 (m)
MCT
29.473 (t/cm)
257.0 (t*m/cm)
Summary
Description
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
Crew
40.0
9.720
0.000
23.000
0.0
Fuel
513.0
67.177
0.000
5.021
395.0
Other Stores
57.0
24.784
0.000
0.443
48.1
Ballast
1694.4
92.482
0.000
1.175
0.0
Cargo 2
11788.0
69.054
0.000
12.609
0.0
Lightship
6010.0
64.939
0.000 (CL)
7.431
Deadweight
14092.4
71.455
0.000 (CL)
10.938
443.2
Displacement
20102.4
69.507
0.000 (CL)
9.890
443.2
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
184
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000 (CL)
23.000
0.0
Crew
crew
Fuel
FOT 1 C
0.8901
50.0
74.2
32.160
0.000 (CL)
6.022
41.4
FOT 1 PS
0.8901
50.0
105.9
32.160
4.990 (PS)
4.942
73.2
FOT 1 SB
0.8901
50.0
105.9
32.160
-4.990 (SB)
4.942
73.2
FOT Day
0.8901
50.0
25.1
32.160
0.000 (CL)
2.065
42.6
FOT 2 PS
0.8901
50.0
100.9
121.182
1.607 (PS)
5.104
82.3
FOT 2 SB
0.8901
50.0
100.9
121.182
-1.607 (SB)
5.104
82.3
513.0
67.177
0.000 (CL)
5.021
395.0
Totals for Fuel
Other Stores
ERT1 PS
0.9002
50.0
17.4
24.073
1.250 (PS)
0.373
14.0
ERT1 SB
0.9002
50.0
17.4
24.073
-1.250 (SB)
0.373
14.0
ERT2 PS
0.9002
50.0
11.1
25.901
3.576 (PS)
0.553
10.0
ERT2 SB
0.9002
50.0
11.1
25.901
-3.576 (SB)
0.553
10.0
57.0
24.784
0.000 (CL)
0.443
48.1
Totals for Other Stores
Ballast
BT AP.PS
1.0250
0.0
0.0
6.605
2.737 (PS)
7.914
0.0
BT AP.SB
1.0250
0.0
0.0
6.605
-2.737 (SB)
7.914
0.0
BT B0.PS
1.0250
0.0
0.0
32.217
3.335 (PS)
0.763
0.0
BT B0.SB
1.0250
0.0
0.0
32.217
-3.335 (SB)
0.763
0.0
BT B1.1.PS
1.0250
0.0
0.0
40.442
2.581 (PS)
0.705
0.0
BT B1.1.SB
1.0250
0.0
0.0
40.442
-2.581 (SB)
0.705
0.0
BT B1.2.PS
1.0250
0.0
0.0
41.270
6.985 (PS)
0.814
0.0
BT B1.2.SB
1.0250
0.0
0.0
41.270
-6.985 (SB)
0.814
0.0
BT B2.1.PS
1.0250
0.0
0.0
53.040
2.582 (PS)
0.705
0.0
BT B2.1.SB
1.0250
0.0
0.0
53.040
-2.582 (SB)
0.705
0.0
BT B2.2.PS
1.0250
0.0
0.0
53.327
7.908 (PS)
0.756
0.0
BT B2.2.SB
1.0250
0.0
0.0
53.327
-7.908 (SB)
0.756
0.0
BT B3.1.PS
1.0250
0.0
0.0
66.000
2.582 (PS)
0.705
0.0
BT B3.1.SB
1.0250
0.0
0.0
66.000
-2.582 (SB)
0.705
0.0
BT B3.2.PS
1.0250
0.0
0.0
66.003
8.155 (PS)
0.746
0.0
BT 3.2.SB
1.0250
0.0
0.0
66.003
-8.155 (SB)
0.746
0.0
BT B4.1.PS
1.0250
100.0
94.8
78.960
2.582 (PS)
0.705
0.0
BT B4.1.SB
1.0250
100.0
94.8
78.960
-2.582 (SB)
0.705
0.0
BT B4.2.PS
1.0250
100.0
108.7
78.960
8.157 (PS)
0.746
0.0
BT B4.2.SB
1.0250
100.0
108.7
78.960
-8.157 (SB)
0.746
0.0
BT B5.1.PS
1.0250
100.0
100.1
92.280
2.582 (PS)
0.705
0.0
BT B5.1.SB
1.0250
100.0
100.1
92.280
-2.582 (SB)
0.705
0.0
BT B5.2.PS
1.0250
100.0
112.3
92.174
8.098 (PS)
0.747
0.0
BT B5.2.SB
1.0250
100.0
112.3
92.174
-8.098 (SB)
0.747
0.0
BT B6.1PS
1.0250
100.0
94.8
105.600
2.582 (PS)
0.705
0.0
BT B6.1.SB
1.0250
100.0
94.8
105.600
-2.582 (SB)
0.705
0.0
BT B6.2.PS
1.0250
100.0
63.9
104.418
7.122 (PS)
0.766
0.0
BT B6.2.SB
1.0250
100.0
63.9
104.418
-7.122 (SB)
0.766
0.0
BT B7.PS
1.0250
100.0
51.7
115.126
2.862 (PS)
0.735
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
185
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
BT B7.SB
1.0250
100.0
51.7
115.126
-2.862 (SB)
0.735
0.0
BT B8.PS
1.0250
100.0
31.2
121.245
1.957 (PS)
0.741
0.0
BT B8.SB
1.0250
100.0
31.2
121.245
-1.957 (SB)
0.741
0.0
BT S0.PS
1.0250
0.0
0.0
32.282
8.654 (PS)
5.214
0.0
BT S0.SB
1.0250
0.0
0.0
32.282
-8.654 (SB)
5.214
0.0
BT S2.PS
1.0250
0.0
0.0
53.447
11.288 (PS)
5.566
0.0
BT S2.SB
1.0250
0.0
0.0
53.447
-11.288 (SB)
5.566
0.0
BT S3.PS
1.0250
0.0
0.0
66.004
11.391 (PS)
5.410
0.0
BT S3.SB
1.0250
0.0
0.0
66.004
-11.391 (SB)
5.410
0.0
BT S4.PS
1.0250
0.0
0.0
78.960
11.392 (PS)
5.409
0.0
BT S4.SB
1.0250
0.0
0.0
78.960
-11.392 (SB)
5.409
0.0
BT S5.PS
1.0250
0.0
0.0
92.050
11.354 (PS)
5.442
0.0
BT S5.SB
1.0250
0.0
0.0
92.050
-11.354 (SB)
5.442
0.0
BT H1.PS
1.0250
0.0
0.0
39.585
9.103 (PS)
5.032
0.0
BT H1.SB
1.0250
0.0
0.0
39.585
-9.103 (SB)
5.032
0.0
BT H2.PS
1.0250
0.0
0.0
53.040
9.073 (PS)
2.720
0.0
BT H2.SB
1.0250
0.0
0.0
53.040
-9.073 (SB)
2.720
0.0
BT H3.PS
1.0250
0.0
0.0
66.000
9.073 (PS)
2.720
0.0
BT H3.SB
1.0250
0.0
0.0
66.000
-9.073 (SB)
2.720
0.0
BT H4.PS
1.0250
100.0
92.3
78.960
9.073 (PS)
2.719
0.0
BT H4.SB
1.0250
100.0
92.3
78.960
-9.073 (SB)
2.719
0.0
BT H5.PS
1.0250
100.0
97.5
92.280
9.073 (PS)
2.720
0.0
BT H5.SB
1.0250
100.0
97.5
92.280
-9.073 (SB)
2.720
0.0
BT H6.PS
1.0250
0.0
0.0
105.915
8.603 (PS)
4.996
0.0
BT H6.SB
1.0250
0.0
0.0
105.915
-8.603 (SB)
4.996
0.0
BT H7.PS
1.0250
0.0
0.0
115.030
6.095 (PS)
5.317
0.0
BT H7.SB
1.0250
0.0
0.0
115.030
-6.095 (SB)
5.317
0.0
BT FP
1.0250
0.0
0.0
139.592
0.000 (CL)
6.087
0.0
1694.4
92.482
0.000 (CL)
1.175
0.0
1st Column
532.0
17.599
0.000 (CL)
12.609
0.0
2nd Column
532.0
24.257
0.000 (CL)
12.609
0.0
3rd Column
532.0
30.415
0.000 (CL)
12.609
0.0
4th Column
728.0
37.949
0.000 (CL)
12.609
0.0
5th Column
812.0
44.107
0.000 (CL)
12.609
0.0
6th Column
812.0
50.765
0.000 (CL)
12.609
0.0
7th Column
812.0
56.923
0.000 (CL)
12.609
0.0
8th Column
812.0
63.581
0.000 (CL)
12.609
0.0
9th Column
812.0
69.739
0.000 (CL)
12.609
0.0
10th Column
812.0
76.397
0.000 (CL)
12.609
0.0
11th Column
812.0
82.555
0.000 (CL)
12.609
0.0
12th Column
812.0
89.213
0.000 (CL)
12.609
0.0
16th Column
532.0
115.431
0.000 (CL)
12.609
0.0
13th Column
812.0
95.371
0.000 (CL)
12.609
0.0
14th Column
728.0
102.029
0.000 (CL)
12.609
0.0
15th Column
588.0
108.773
0.000 (CL)
12.609
0.0
17th Column
308.0
122.809
0.000 (CL)
12.609
0.0
0.0
0.000
0.000 (CL)
0.000
0.0
11788.0
69.054
0.000 (CL)
12.609
0.0
Totals for Ballast
Cargo 2
Totals for Cargo 2
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
186
Intact stability
Description
Stability booklet
Density
(t/m3)
Lightship
Fill%
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
6010.0
64.939
0.000 (CL)
7.431
Deadweight
14092.4
71.455
0.000 (CL)
10.938
443.2
Displacement
20102.4
69.507
0.000 (CL)
9.890
443.2
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Intact stability
Stability booklet
Righting levers
Heeling angle
Draft
Trim
Displacement
KN sin(ø)
VCG sin(ø)
GG' sin(ø)
TCG cos(ø)
GZ
Area
(Degr.)
(m)
(m)
(tonnes)
(m)
(m)
(m)
(m)
(m)
(mrad)
0.0º (CL)
8.169
-1.193
20102.4
0.000
0.000
0.000
0.000
0.000
0.000
2.5º (PS)
8.167
-1.183
20102.4
0.449
0.431
0.001
0.000
0.017
0.000
5.0º (PS)
8.160
-1.152
20102.4
0.900
0.862
0.002
0.000
0.036
0.002
10.0º (PS)
8.130
-1.023
20102.4
1.809
1.717
0.004
0.000
0.088
0.007
15.0º (PS)
8.076
-0.788
20102.3
2.740
2.560
0.006
0.000
0.174
0.018
20.0º (PS)
8.009
-0.462
20102.5
3.681
3.383
0.008
0.000
0.291
0.038
25.0º (PS)
7.989
-0.120
20102.4
4.538
4.180
0.010
0.000
0.349
0.066
30.0º (PS)
7.975
0.279
20102.4
5.371
4.945
0.012
0.000
0.414
0.099
35.0º (PS)
7.934
0.658
20102.4
6.184
5.673
0.014
0.000
0.497
0.139
40.0º (PS)
7.905
0.984
20102.4
6.878
6.357
0.016
0.000
0.505
0.184
45.0º (PS)
7.888
1.262
20102.5
7.428
6.993
0.019
0.000
0.416
0.225
50.0º (PS)
7.878
1.585
20102.4
7.847
7.576
0.022
0.000
0.249
0.254
55.0º (PS)
7.870
2.020
20102.4
8.158
8.101
0.026
0.000
0.031
0.267
60.0º (PS)
7.856
2.653
20102.4
8.378
8.565
0.031
0.000
-0.218
0.267
65.0º (PS)
7.806
3.780
20102.4
8.548
8.963
0.036
0.000
-0.451
0.267
70.0º (PS)
7.673
5.856
20102.4
8.689
9.293
0.041
0.000
-0.645
0.267
75.0º (PS)
7.426
9.508
20102.4
8.772
9.553
0.046
0.000
-0.827
0.267
80.0º (PS)
6.957
16.706
20102.5
8.770
9.740
0.051
0.000
-1.021
0.267
85.0º (PS)
5.580
38.353
20102.4
8.686
9.852
0.056
0.000
-1.222
0.267
90.0º (PS)
0.000
21735.832
20102.4
8.527
9.890
0.061
0.000
-1.424
0.267
95.0º (PS)
11.047
-48.814
20102.4
8.298
9.852
0.065
0.000
-1.620
0.267
100.0º (PS)
9.672
-27.182
20102.4
8.008
9.740
0.069
0.000
-1.800
0.267
9/9/2019 DELFTship 11.30 (317)
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Intact stability
Stability booklet
Stability curve
IMO MSC.267(85) - Minimum design criteria applicable to all ships
0.5
Angle of max GZ=37.9º
0.4
0.3
Area B=0.195
0.2
GM=0.383
Steady wind lever
Max. GZ at
Wind gust lever
Area A=0.026 Gust equilibrium=9.0º
Angle of heel under action of steady wind=6.6º
Rollback angle=-9.9º
0.1
0.0
-0.1
30º or greater=0.514
Downflooding angle=56.0º
-0.2
Righting lever (m)
-0.3
-0.4
-0.5
-0.6
-0.7
-0.8
No FSC
-0.9
-1.0
-1.1
-1.2
Constant FSC
-1.3
-1.4
-1.5
-1.6
-1.7
-1.8
-10
0
10
20
30
40
50
60
70
80
90
100
Heeling angle (°)
Critical points
Description
Type
X coordinate
Y coordinate Z coordinate
Dist. to wl
Submersion angle
(m)
(m)
(m)
(m)
(Degr.)
0.000 (CL)
6.620
-2.131
0.0 (CL)
Main propeller
Marker
1.750
Bowthruster
Marker
136.120
0.000 (CL)
2.780
-4.866
0.0 (CL)
<>
Downflooding
7.000
8.000 (PS)
18.750
10.042
56.0 (PS)
Evaluation of criteria
IMO MSC.267(85) - Minimum design criteria applicable to all ships
International Code on Intact Stability (2008), Part A, §2.2 - §2.3
Description
Attained value
Area 0º - 30º
Area 0º - 40º
Area 30º - 40º
Max. GZ at 30º or greater
0.0995
0.1839
0.0844
0.514
(mrad)
(mrad)
(mrad)
(m)
Lower angle
30.0 (Degr.)
Upper angle
90.0 (Degr.)
Angle of max GZ
Initial metacentric height
Severe wind and rolling criterion (weather criterion)
Wind silhouette:
37.9 (Degr.)
0.383 (m)
>=
>=
>=
>=
>=
>=
Required value
0.0550
0.0900
0.0300
0.200
Complies
(mrad)
(mrad)
(mrad)
(m)
YES
YES
YES
YES
25.0 (Degr.)
0.150 (m)
YES
YES
YES
14t Container cargo
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
Criterion
189
Intact stability
Stability booklet
Evaluation of criteria
Windspeed
50.54 (kn.)
51.4 (kg/m2)
Wind pressure
1834.21 (m2)
Wind area
Steady wind lever
0.050 (m)
Deck immersion angle
17.68 (Degr.)
Wind gust lever
0.075 (m)
Ratio of areaA/areaB
0.135
Maximum allowed static heeling angle
6.6 (Degr.)
Max allowed ratio static angle/deck immersion angle
0.373
<=
<=
<=
1.000
16.0 (Degr.)
0.800
YES
YES
YES
The condition complies with the stability criteria
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
190
Intact stability
Stability booklet
Bending moment and shearforce calculation
225
200
175
150
125
100
75
25
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
Weight
Sectional areas
0
195 200 205
Load
-25
Weight (tonnes/m)
50
-50
-75
-100
-125
-150
-175
-200
-225
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Shear force
11000
10000
9000
8000
7000
6000
5000
4000
2000
1000
Shear force
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
0
195 200 205
-1000
-2000
Shear force (tonnes)
3000
-3000
-4000
-5000
-6000
-7000
-8000
-9000
-10000
-11000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
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Intact stability
Stability booklet
Bending moment
50000
40000
30000
10000
Bending moment
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-10000
Bending moment (t*m)
20000
-20000
-30000
-40000
-50000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Deflection
15.0
12.5
10.0
7.5
2.5
Deflection
0.0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-2.5
Deflection (mm)
5.0
-5.0
-7.5
-10.0
-12.5
-15.0
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Summary
Mean moulded draft
8.169 (m)
Trim
Displacement
20102.4 (tonnes)
Minimum shearforce
-624.99 (tonnes)
5.3% Distance from app
626.70 (tonnes)
Maximum shearforce
GM
-1.193 (m)
0.383 (m)
73.368 (m)
6.4% Distance from app
33.444 (m)
Maximum sagging moment
-1160.75 (t*m)
5.3% Distance from app
117.600 (m)
Maximum hogging moment
16080.79 (t*m)
30.1% Distance from app
54.800 (m)
16.2 (mm)
Distance from app
59.200 (m)
Max. deflection
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
192
Intact stability
Stability booklet
Summary
The condition complies with the longitudinal strength criteria
9/9/2019 DELFTship 11.30 (317)
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193
Intact stability
Stability booklet
Weightlist
Description
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
Forward
(m)
FOT 1 C
74.2
32.160
0.000 (CL)
6.022
30.000
34.320
FOT 1 PS
105.9
32.160
4.990 (PS)
4.942
30.000
34.320
FOT 1 SB
105.9
32.160
-4.990 (SB)
4.942
30.000
34.320
FOT Day
25.1
32.160
0.000 (CL)
2.065
30.000
34.320
FOT 2 PS
100.9
121.182
1.607 (PS)
5.104
118.560
124.320
FOT 2 SB
100.9
121.182
-1.607 (SB)
5.104
118.560
124.320
BT B4.1.PS
94.8
78.960
2.582 (PS)
0.705
72.480
85.440
BT B4.1.SB
94.8
78.960
-2.582 (SB)
0.705
72.480
85.440
BT B4.2.PS
108.7
78.960
8.157 (PS)
0.746
72.480
85.440
BT B4.2.SB
108.7
78.960
-8.157 (SB)
0.746
72.480
85.440
BT B5.1.PS
100.1
92.280
2.582 (PS)
0.705
85.440
99.120
BT B5.1.SB
100.1
92.280
-2.582 (SB)
0.705
85.440
99.120
BT B5.2.PS
112.3
92.174
8.098 (PS)
0.747
85.440
99.120
BT B5.2.SB
112.3
92.174
-8.098 (SB)
0.747
85.440
99.120
BT B6.1PS
94.8
105.600
2.582 (PS)
0.705
99.120
112.080
BT B6.1.SB
94.8
105.600
-2.582 (SB)
0.705
99.120
112.080
BT B6.2.PS
63.9
104.418
7.122 (PS)
0.766
99.120
112.080
BT B6.2.SB
63.9
104.418
-7.122 (SB)
0.766
99.120
112.080
BT B7.PS
51.7
115.126
2.862 (PS)
0.735
112.080
118.560
BT B7.SB
51.7
115.126
-2.862 (SB)
0.735
112.080
118.560
BT B8.PS
31.2
121.245
1.957 (PS)
0.741
118.560
124.320
BT B8.SB
31.2
121.245
-1.957 (SB)
0.741
118.560
124.320
BT H4.PS
92.3
78.960
9.073 (PS)
2.719
72.480
85.440
BT H4.SB
92.3
78.960
-9.073 (SB)
2.719
72.480
85.440
BT H5.PS
97.5
92.280
9.073 (PS)
2.720
85.440
99.120
BT H5.SB
97.5
92.280
-9.073 (SB)
2.720
85.440
99.120
ERT1 PS
17.4
24.073
1.250 (PS)
0.373
17.760
30.000
ERT1 SB
17.4
24.073
-1.250 (SB)
0.373
17.760
30.000
ERT2 PS
11.1
25.901
3.576 (PS)
0.553
17.760
30.000
ERT2 SB
11.1
25.901
-3.576 (SB)
0.553
17.760
30.000
Forecastle
40.0
134.570
0.000 (CL)
13.500
129.360
145.000
Aftercastle
170.0
4.390
0.000 (CL)
13.500
-5.000
13.440
Superstructure
180.0
9.720
0.000 (CL)
23.000
5.400
13.440
Engine
280.0
21.660
0.000 (CL)
4.660
17.560
25.760
Other machinery in ER
410.0
21.660
0.000 (CL)
5.000
12.000
30.000
Hatch covers
670.0
76.600
0.000 (CL)
14.600
34.044
118.180
Aft equipment
20.0
0.000
0.000 (CL)
15.200
-5.000
5.400
Fore equipment
90.0
136.250
0.000 (CL)
15.200
129.360
141.083
Ship Systems
150.0
86.100
0.000 (CL)
7.950
-5.000
145.000
Electrical systems
120.0
86.100
0.000 (CL)
7.950
-5.000
145.000
hull 1
435.6
16.777
0.000 (CL)
4.800
-5.000
30.000
hull 2
378.3
37.862
0.000 (CL)
4.800
30.000
45.000
hull 3
465.5
52.674
0.000 (CL)
4.800
45.000
60.000
hull 4
995.6
75.000
0.000 (CL)
4.800
60.000
90.000
hull 5
485.4
97.436
0.000 (CL)
4.800
90.000
105.000
hull 6
502.5
114.150
0.000 (CL)
4.800
105.000
125.000
hull 7
187.2
131.667
0.000 (CL)
4.800
125.000
145.000
Reserve
430.0
70.960
0.000 (CL)
9.703
-5.000
145.000
40.0
9.720
0.000 (CL)
23.000
5.400
13.440
crew
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
194
Intact stability
Stability booklet
Weightlist
Description
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
(m)
1st Column
532.0
17.599
0.000 (CL)
12.609
14.570
20.628
2nd Column
532.0
24.257
0.000 (CL)
12.609
21.228
27.286
3rd Column
532.0
30.415
0.000 (CL)
12.609
27.386
33.444
4th Column
728.0
37.949
0.000 (CL)
12.609
34.920
40.978
5th Column
812.0
44.107
0.000 (CL)
12.609
41.078
47.136
6th Column
812.0
50.765
0.000 (CL)
12.609
47.736
53.794
7th Column
812.0
56.923
0.000 (CL)
12.609
53.894
59.952
8th Column
812.0
63.581
0.000 (CL)
12.609
60.552
66.610
9th Column
812.0
69.739
0.000 (CL)
12.609
66.710
72.768
10th Column
812.0
76.397
0.000 (CL)
12.609
73.368
79.426
11th Column
812.0
82.555
0.000 (CL)
12.609
79.526
85.584
12th Column
812.0
89.213
0.000 (CL)
12.609
86.184
92.242
16th Column
532.0
115.431
0.000 (CL)
12.609
112.402
118.460
13th Column
812.0
95.371
0.000 (CL)
12.609
92.342
98.400
14th Column
728.0
102.029
0.000 (CL)
12.609
99.000
105.058
15th Column
588.0
108.773
0.000 (CL)
12.609
105.744
111.802
17th Column
308.0
122.809
0.000 (CL)
12.609
119.780
125.838
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
Forward
195
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
-5.073
0.0
0.0
0.0
0.00
0.0
0
0.0
0.0
-5.000
0.0
0.0
0.0
0.00
0.0
0
0.0
0.0
-4.000
18.1
2.1
16.0
16.49
1.1
15
1.7
0.4
-3.000
18.7
3.5
15.1
32.07
1.9
45
2.5
0.7
-2.000
19.2
5.2
14.1
46.70
2.5
90
3.4
1.1
-1.000
19.8
6.9
12.8
60.13
2.9
150
4.2
1.4
0.000
20.3
8.8
11.5
72.33
3.1
222
5.0
1.7
1.000
20.9
10.8
10.1
83.09
3.3
306
5.7
2.1
2.000
21.4
12.9
8.6
92.44
3.3
400
6.4
2.4
3.000
22.0
15.0
7.0
100.19
3.4
502
7.0
2.8
4.000
22.5
19.1
3.4
105.56
3.3
611
7.6
3.1
5.000
23.1
24.8
-1.7
106.49
3.1
724
8.1
3.5
6.000
44.1
33.3
10.8
112.92
3.1
838
8.5
3.8
7.000
46.2
39.4
6.8
121.60
3.2
961
9.0
4.2
8.000
48.3
45.4
3.0
126.56
3.1
1092
9.4
4.5
9.000
50.5
51.2
-0.8
127.59
3.0
1225
9.8
4.8
10.000
52.6
57.1
-4.5
125.02
2.8
1357
10.2
5.2
11.000
54.7
62.8
-8.1
118.64
2.5
1485
10.4
5.5
12.000
56.8
68.5
-11.7
108.81
2.2
1606
10.6
5.9
13.000
77.3
74.1
3.2
113.37
2.2
1723
10.7
6.2
14.000
35.8
79.6
-43.8
90.71
1.7
1836
10.8
6.5
15.000
124.7
85.1
39.7
82.40
1.5
1919
10.8
6.9
16.000
125.8
90.5
35.4
119.99
2.1
2026
10.8
7.2
17.000
126.9
95.8
31.1
153.14
2.5
2170
11.1
7.5
18.000
164.8
101.1
63.8
197.91
3.2
2346
11.4
7.8
19.000
166.3
106.2
60.1
259.74
4.0
2583
12.1
8.2
20.000
167.7
111.2
56.5
318.07
4.7
2877
12.9
8.5
21.000
81.3
116.1
-34.8
340.08
4.9
3221
13.9
8.8
22.000
170.6
120.8
49.8
371.53
5.2
3576
14.9
9.1
23.000
172.0
125.3
46.7
419.71
5.7
3979
15.9
9.5
24.000
173.4
129.6
43.8
465.00
6.1
4427
17.1
9.8
25.000
174.9
133.8
41.1
507.36
6.5
4920
18.4
10.1
26.000
142.2
137.8
4.3
538.98
6.8
5452
19.7
10.4
27.000
143.6
141.7
1.9
542.07
6.7
5998
21.0
10.7
28.000
145.0
145.4
-0.3
534.12
6.5
6541
22.2
11.0
29.000
146.5
148.9
-2.5
532.67
6.3
7081
23.4
11.3
30.000
147.9
152.4
-4.5
529.23
6.2
7618
24.4
11.6
31.000
185.9
155.7
30.2
560.81
6.4
8169
25.5
11.9
32.000
186.4
158.9
27.5
589.72
6.6
8750
26.5
12.2
33.000
186.9
162.0
24.9
615.85
6.8
9360
27.6
12.4
34.000
99.6
165.1
-65.5
590.70
6.4
9980
28.7
12.7
35.000
155.9
168.0
-12.0
491.99
5.3
10530
29.5
13.0
36.000
156.5
170.8
-14.4
478.80
5.0
11022
30.2
13.2
37.000
157.0
173.6
-16.6
463.27
4.8
11499
30.7
13.4
38.000
157.5
176.2
-18.7
445.64
4.5
11960
31.2
13.7
39.000
158.0
178.8
-20.8
425.84
4.3
12401
31.6
13.9
40.000
158.5
181.2
-22.7
404.12
4.0
12823
32.0
14.1
41.000
38.8
183.6
-144.8
377.81
3.7
13221
32.3
14.3
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
196
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
42.000
173.4
185.9
-12.5
355.75
3.4
13589
32.4
14.5
43.000
173.9
188.0
-14.1
342.41
3.3
13944
32.6
14.7
44.000
174.4
190.1
-15.7
327.52
3.1
14285
32.7
14.9
45.000
174.9
192.1
-17.2
311.08
2.9
14611
32.8
15.1
46.000
175.2
193.9
-18.7
293.14
2.7
14919
32.8
15.2
47.000
175.5
195.7
-20.1
273.69
2.5
15208
32.8
15.4
48.000
175.8
197.3
-21.5
172.46
1.6
15432
32.7
15.5
49.000
176.2
198.8
-22.7
150.35
1.4
15599
32.4
15.6
50.000
176.5
200.2
-23.8
127.13
1.1
15744
32.1
15.7
51.000
176.8
201.5
-24.7
102.86
0.9
15865
31.8
15.8
52.000
177.1
202.6
-25.5
77.73
0.7
15962
31.4
15.9
53.000
177.4
203.6
-26.2
51.83
0.5
16032
31.0
16.0
54.000
177.7
204.4
-26.7
11.96
0.1
16075
30.6
16.1
55.000
178.0
205.1
-27.1
-14.96
0.1
16079
30.1
16.1
56.000
178.3
205.6
-27.3
-42.15
0.4
16057
30.0
16.2
57.000
178.6
206.0
-27.3
-69.48
0.6
16007
29.9
16.2
58.000
179.0
206.2
-27.3
-96.80
0.8
15930
29.8
16.2
59.000
179.3
206.4
-27.1
-123.99
1.1
15825
29.6
16.2
60.000
45.5
206.4
-160.8
-157.38
1.4
15694
29.4
16.2
61.000
179.6
206.3
-26.7
-258.12
2.2
15475
28.9
16.2
62.000
179.6
206.2
-26.5
-284.75
2.5
15210
28.4
16.2
63.000
179.6
206.0
-26.3
-311.18
2.7
14917
27.9
16.1
64.000
179.7
205.8
-26.1
-337.40
2.9
14600
27.3
16.1
65.000
179.7
205.6
-25.9
-363.38
3.1
14255
26.7
16.0
66.000
179.7
205.4
-25.6
-389.14
3.4
13885
26.0
16.0
67.000
179.7
205.1
-25.4
-428.06
3.7
13484
25.2
15.9
68.000
179.8
204.9
-25.2
-453.35
3.9
13049
24.4
15.8
69.000
179.8
204.7
-24.9
-478.40
4.1
12589
23.5
15.7
70.000
179.8
204.5
-24.7
-503.23
4.4
12105
22.6
15.6
71.000
179.8
204.3
-24.5
-527.81
4.6
11595
21.7
15.5
72.000
179.9
204.1
-24.2
-552.17
4.8
11061
20.7
15.3
73.000
91.5
203.9
-112.4
-583.64
5.1
10503
19.6
15.2
74.000
225.6
203.7
21.9
-611.21
5.3
9898
18.5
15.1
75.000
225.6
203.5
22.1
-589.21
5.1
9304
17.4
14.9
76.000
225.6
203.3
22.3
-566.99
4.9
8732
16.3
14.8
77.000
225.6
203.1
22.6
-544.52
4.7
8182
15.3
14.6
78.000
225.7
202.8
22.8
-521.83
4.5
7655
14.3
14.4
79.000
225.7
202.6
23.0
-498.90
4.3
7151
13.4
14.3
80.000
225.7
202.4
23.3
-489.15
4.2
6662
12.5
14.1
81.000
225.7
202.2
23.5
-465.75
4.0
6191
11.6
13.9
82.000
225.7
202.0
23.7
-442.12
3.8
5742
10.7
13.7
83.000
225.8
201.8
24.0
-418.26
3.6
5319
9.9
13.5
84.000
225.8
201.6
24.2
-394.17
3.4
4918
9.2
13.3
85.000
225.8
201.4
24.4
-369.84
3.2
4542
8.5
13.1
86.000
92.2
201.2
-109.0
-400.83
3.5
4179
7.8
12.9
87.000
226.1
201.0
25.1
-400.40
3.5
3774
7.1
12.7
88.000
226.0
200.7
25.3
-375.20
3.3
3392
6.3
12.5
89.000
225.9
200.5
25.4
-349.87
3.1
3036
5.7
12.3
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
197
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
90.000
225.8
200.3
25.5
-324.42
2.9
2704
5.1
12.1
91.000
225.6
200.1
25.5
-298.90
2.7
2399
4.5
11.9
92.000
225.4
199.8
25.7
-273.31
2.4
2118
4.0
11.6
93.000
225.2
199.3
26.0
-260.92
2.3
1855
3.5
11.4
94.000
225.0
198.5
26.5
-234.73
2.1
1613
3.1
11.2
95.000
224.8
197.5
27.3
-207.83
1.9
1398
2.7
11.0
96.000
224.6
196.1
28.5
-179.94
1.6
1209
2.4
10.8
97.000
224.4
194.3
30.1
-150.61
1.4
1050
2.1
10.5
98.000
224.2
192.2
32.1
-119.58
1.1
920
1.9
10.3
99.000
90.0
189.6
-99.6
-166.76
1.5
799
1.7
10.1
100.000
194.7
186.6
8.1
-158.00
1.5
643
1.4
9.9
101.000
193.8
183.3
10.4
-148.73
1.4
496
1.1
9.6
102.000
192.9
179.8
13.1
-137.05
1.3
359
0.8
9.4
103.000
191.9
176.0
16.0
-122.48
1.2
235
0.5
9.2
104.000
191.0
171.9
19.1
-105.01
1.1
126
0.3
9.0
105.000
190.1
167.7
22.4
-84.27
0.9
38
0.1
8.7
106.000
165.5
163.3
2.2
-148.75
1.6
-79
0.3
8.5
107.000
164.1
158.7
5.4
-144.89
1.6
-220
0.7
8.3
108.000
162.6
154.1
8.6
-137.99
1.6
-356
1.2
8.1
109.000
161.2
149.3
11.9
-127.67
1.5
-483
1.7
7.8
110.000
159.7
144.4
15.4
-114.08
1.4
-598
2.1
7.6
111.000
158.3
139.4
18.9
-96.85
1.2
-698
2.6
7.4
112.000
59.8
134.3
-74.5
-95.40
1.2
-781
3.0
7.1
113.000
145.8
129.2
16.7
-115.77
1.5
-891
3.5
6.9
114.000
144.3
124.0
20.3
-97.35
1.3
-992
4.0
6.7
115.000
142.8
118.8
24.0
-75.11
1.1
-1072
4.5
6.5
116.000
141.3
113.6
27.7
-49.32
0.7
-1129
4.9
6.3
117.000
139.8
108.4
31.4
-19.70
0.3
-1158
5.2
6.0
118.000
138.3
103.3
35.0
13.43
0.2
-1156
5.3
5.8
119.000
83.8
98.2
-14.4
15.33
0.3
-1130
5.4
5.6
120.000
130.0
93.1
36.8
12.30
0.2
-1114
5.6
5.4
121.000
125.3
88.2
37.1
49.28
0.9
-1077
5.6
5.2
122.000
120.6
83.3
37.3
86.48
1.7
-1004
5.4
4.9
123.000
116.0
78.6
37.4
123.82
2.5
-892
5.1
4.7
124.000
111.3
74.0
37.3
161.16
3.4
-744
4.4
4.5
125.000
75.2
69.6
5.6
176.00
3.9
-566
3.5
4.3
126.000
23.4
65.2
-41.8
175.07
4.1
-381
2.5
4.1
127.000
22.5
61.0
-38.5
134.95
3.3
-221
1.5
3.9
128.000
21.6
56.9
-35.3
97.95
2.5
-98
0.7
3.6
129.000
20.6
52.9
-32.3
64.22
1.8
-12
0.1
3.4
130.000
28.7
49.0
-20.3
39.11
1.1
45
0.3
3.2
131.000
28.1
45.2
-17.0
20.53
0.6
80
0.6
3.0
132.000
27.6
41.4
-13.9
5.04
0.2
99
0.7
2.8
133.000
27.0
37.8
-10.8
-7.21
0.3
103
0.8
2.6
134.000
26.5
34.2
-7.8
-16.52
0.6
97
0.9
2.4
135.000
25.9
30.8
-4.8
-22.75
1.0
83
0.8
2.1
136.000
25.4
27.4
-2.0
-26.23
1.2
64
0.7
1.9
137.000
24.8
24.1
0.7
-26.82
1.4
44
0.5
1.7
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
198
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
138.000
24.2
21.0
3.2
-24.90
1.5
24
0.3
1.5
139.000
23.7
18.1
5.6
-20.42
1.5
7
0.1
1.3
140.000
23.1
15.3
7.8
-13.74
1.2
-5
0.1
1.1
141.000
22.6
12.7
9.9
-4.87
0.5
-8
0.3
0.9
142.000
9.7
10.1
-0.5
-5.03
0.7
-7
0.3
0.6
143.000
8.4
7.6
0.8
-4.83
1.0
-6
0.4
0.4
144.000
7.2
4.9
2.2
-3.35
1.4
-4
0.5
0.2
145.000
5.9
0.0
5.9
0.00
0.0
0
0.0
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
199
Intact stability
Stability booklet
Equal mass containers - 14t / 90% - Arrival - Ballasted
1116 TEU - Multipurpose
Designer
Nemanja Surbatovic
Created by
Nemanja Surbatovic
Comment
Filename
Nemanja Surbatovic Final.fbm
Design length
145.00 (m)
Midship location
72.500 (m)
Length over all
150.00 (m)
Relative water density
1.0250
Design beam
24.840 (m)
Mean shell thickness
0.0130 (m)
Maximum beam
24.840 (m)
Appendage coefficient
1.0000
Design draft
8.280 (m)
Calculation settings
Center of gravity of tanks containing liquids
:
Actual COG
14t Container cargo
-5
0
0
5
10
15
10
20
25
30
20
35
40
45
30
50
55
60
40
65
70
75
50
80
85
90
60
95
100
105
70
110
115
120
125
80
130
90
135
140
145
100
150
155
110
160
165
170
120
175
180
185
130
190
195
200
205
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
200
Intact stability
Stability booklet
FOT 1 C
BT AP.PS
BT AP.PS
BT AP.SB
FOT 2 PS
BT FP
FOT 1 C
FOT 1 SB
FOT 1 PS
BT S0.SB
BT S0.PS
FOT Day
ERT1 PS
-5
0
5
10
15
20
25
30
35
40
45
55
BT H1.PS
BT H1.SB
FOT Day
BT B0.PS
50
BT B1.1.PS
60
65
70
BT B2.1.PS
75
80
85
BT B3.1.PS
90
95
100
105
BT B4.1.PS
110
115
120
BT B5.1.PS
125
130
135
140
BT B6.1PS
145
150
155
160
BT B7.PS BT B8.PS
165
170
175
180
185
190
195
200
205
0.000 (CL)
PS
#8
ERT1 PS
ERT1 SB
#38PS
ERT2
ERT2 SB
SB PS
BT B0.PS BT B0.SB
SB PS
#48
BT B1.1.PS BT B1.2.SB
BT B1.2.PS
BT B1.1.SB
SB PS
#57
SB
FOT 1 PS
FOT 2 PS
FOT 1 C
10.000
FOT 2 SB
FOT 1 SB
BT S2.PS
BT S2.SB BT S3.PS
BT H2.PS
BT S2.PS
BT S0.PS
BT S3.PS
BT S4.PS
BT H2.SB
BT B2.1.PS
BT B2.2.SB
BT B2.2.PS
BT B2.1.SB
BT S5.PS
BT H1.PS
BT H6.PS
PS
#77
SB PS
BT S3.SB BT S4.PS
BT H3.PS
BT H3.SB
BT B3.1.PS
BT 3.2.SB
BT B3.2.PS
BT B3.1.SB
#95
SB PS
BT S4.SB BT S5.PS
BT H4.PS
BT H4.SB
#113
BT S5.SB
BT H5.PS
BT B4.1.PS
BT B4.2.SB
BT B4.2.PS
BT B4.1.SB
BT H5.SB
BT B5.1.PS BT B5.2.SB
BT B5.2.PS
BT B5.1.SB
SB PS
#131
SB
BT H7.PS
FOT 1 PS
BT AP.PS
FOT 2 PS
FOT 1 C
BT FP 8.300
BT AP.SB
FOT 2 SB
FOT 1 SB
BT H7.SB
BT S0.SB
BT H6.SB
BT H1.SB
BT S2.SB
BT S2.PS
BT S0.PS
BT H1.PS
BT H2.PS
BT S3.SB
BT S4.SB
BT S5.SB
BT S3.PS
BT S4.PS
BT S5.PS
BT H3.PS
BT H4.PS
BT H5.PS
BT H6.PS
BT H6.SB
BT H7.PS
BT H7.SB
FOT 2 PS
FOT 2 SB
BT FP
BT H6.PS
BT B6.2.SB
BT B6.1PS
BT B6.2.PS
BT B6.1.SB
BT H7.PS
FOT 1 PS
PS
#151
SB PS
BT B7.PS
BT B8.PS
BT B8.SB
BT B7.SB
#163
SB PS
#171
SB PS
#199
SB
FOT 2 PS
FOT Day
BT FP 2.500
Cargo
FOT 1 SB
BT H7.SB
Fuel
BT S0.SB
BT H1.SB
BT H2.SB
BT H5.SB
BT H6.SB
BT H3.SB
BT H4.SB
BT S3.SB
BT S4.SB
BT S5.SB
BT B2.2.PS
BT B3.2.PS
BT B4.2.PS
BT B5.2.PS
BT B1.1.PS
BT B2.1.PS
BT B3.1.PS
BT B4.1.PS
BT B5.1.PS
BT B6.1PS
BT B7.PS
BT B1.1.SB
BT B2.1.SB
BT B3.1.SB
BT B4.1.SB
BT B5.1.SB
BT B6.1.SB
BT B7.SB
BT B2.2.SB
BT 3.2.SB
BT B4.2.SB
BT B5.2.SB
BT S2.SB
Other Stores
Ballast
BT B1.2.PS
ERT2 PS
BT B0.PS
BT B6.2.PS
ERT1 PS
ERT2 SB
BT B8.PS
0.700
ERT1 SB
BT B0.SB
BT B1.2.SB
BT B8.SB
BT B6.2.SB
Hydrostatic particulars
List
GG'
0.003 (m)
Draft aft pp
0.0 (CL) (Degr.)
8.568 (m)
VCG'
10.148 (m)
Mean moulded draft
7.875 (m)
Max VCG'
10.135 (m)
Draft forward pp
7.181 (m)
GM solid
0.139 (m)
Trim
-1.387 (m)
G'M liquid
KM
10.285 (m)
Immersion rate
0.137 (m)
VCG
10.145 (m)
MCT
29.083 (t/cm)
247.7 (t*m/cm)
Summary
Description
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
Crew
40.0
9.720
0.000
23.000
0.0
Fuel
102.6
77.564
0.000
2.544
21.7
Other Stores
11.4
25.547
0.000
0.137
34.3
Ballast
1311.9
94.444
0.000
0.728
0.0
Cargo 2
11788.0
69.054
0.000
12.609
0.0
Lightship
6010.0
64.939
0.000 (CL)
7.431
Deadweight
13254.0
71.417
0.000 (CL)
11.376
56.0
Displacement
19264.0
69.396
0.000 (CL)
10.145
56.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
201
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000 (CL)
23.000
0.0
Crew
crew
Fuel
FOT 1 C
0.8901
0.0
0.0
32.160
0.000 (CL)
8.014
0.0
FOT 1 PS
0.8901
0.0
0.0
32.160
5.508 (PS)
7.423
0.0
FOT 1 SB
0.8901
0.0
0.0
32.160
-5.508 (SB)
7.423
0.0
FOT Day
0.8901
100.0
50.3
32.160
0.000 (CL)
2.720
0.0
FOT 2 PS
0.8901
13.0
26.2
121.166
1.438 (PS)
2.375
10.9
FOT 2 SB
0.8901
13.0
Totals for Fuel
26.2
121.166
-1.438 (SB)
2.375
10.9
102.6
77.564
0.000 (CL)
2.544
21.7
Other Stores
ERT1 PS
0.9002
10.0
3.5
24.535
1.151 (PS)
0.085
12.2
ERT1 SB
0.9002
10.0
3.5
24.535
-1.151 (SB)
0.085
12.2
ERT2 PS
0.9002
10.0
2.2
27.136
3.339 (PS)
0.218
4.9
ERT2 SB
0.9002
10.0
2.2
27.136
-3.339 (SB)
0.218
4.9
11.4
25.547
0.000 (CL)
0.137
34.3
Totals for Other Stores
Ballast
BT AP.PS
1.0250
0.0
0.0
6.605
2.737 (PS)
7.914
0.0
BT AP.SB
1.0250
0.0
0.0
6.605
-2.737 (SB)
7.914
0.0
BT B0.PS
1.0250
0.0
0.0
32.217
3.335 (PS)
0.763
0.0
BT B0.SB
1.0250
0.0
0.0
32.217
-3.335 (SB)
0.763
0.0
BT B1.1.PS
1.0250
0.0
0.0
40.442
2.581 (PS)
0.705
0.0
BT B1.1.SB
1.0250
0.0
0.0
40.442
-2.581 (SB)
0.705
0.0
BT B1.2.PS
1.0250
0.0
0.0
41.270
6.985 (PS)
0.814
0.0
BT B1.2.SB
1.0250
0.0
0.0
41.270
-6.985 (SB)
0.814
0.0
BT B2.1.PS
1.0250
0.0
0.0
53.040
2.582 (PS)
0.705
0.0
BT B2.1.SB
1.0250
0.0
0.0
53.040
-2.582 (SB)
0.705
0.0
BT B2.2.PS
1.0250
0.0
0.0
53.327
7.908 (PS)
0.756
0.0
BT B2.2.SB
1.0250
0.0
0.0
53.327
-7.908 (SB)
0.756
0.0
BT B3.1.PS
1.0250
0.0
0.0
66.000
2.582 (PS)
0.705
0.0
BT B3.1.SB
1.0250
0.0
0.0
66.000
-2.582 (SB)
0.705
0.0
BT B3.2.PS
1.0250
0.0
0.0
66.003
8.155 (PS)
0.746
0.0
BT 3.2.SB
1.0250
0.0
0.0
66.003
-8.155 (SB)
0.746
0.0
BT B4.1.PS
1.0250
98.5
93.4
78.960
2.582 (PS)
0.694
0.0
BT B4.1.SB
1.0250
98.5
93.4
78.960
-2.582 (SB)
0.694
0.0
BT B4.2.PS
1.0250
100.0
108.7
78.960
8.157 (PS)
0.746
0.0
BT B4.2.SB
1.0250
100.0
108.7
78.960
-8.157 (SB)
0.746
0.0
BT B5.1.PS
1.0250
100.0
100.1
92.280
2.582 (PS)
0.705
0.0
BT B5.1.SB
1.0250
100.0
100.1
92.280
-2.582 (SB)
0.705
0.0
BT B5.2.PS
1.0250
100.0
112.3
92.174
8.098 (PS)
0.747
0.0
BT B5.2.SB
1.0250
100.0
112.3
92.174
-8.098 (SB)
0.747
0.0
BT B6.1PS
1.0250
100.0
94.8
105.600
2.582 (PS)
0.705
0.0
BT B6.1.SB
1.0250
100.0
94.8
105.600
-2.582 (SB)
0.705
0.0
BT B6.2.PS
1.0250
100.0
63.9
104.418
7.122 (PS)
0.766
0.0
BT B6.2.SB
1.0250
100.0
63.9
104.418
-7.122 (SB)
0.766
0.0
BT B7.PS
1.0250
100.0
51.7
115.126
2.862 (PS)
0.735
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
202
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
BT B7.SB
1.0250
100.0
51.7
115.126
-2.862 (SB)
0.735
0.0
BT B8.PS
1.0250
100.0
31.2
121.245
1.957 (PS)
0.741
0.0
BT B8.SB
1.0250
100.0
31.2
121.245
-1.957 (SB)
0.741
0.0
BT S0.PS
1.0250
0.0
0.0
32.282
8.654 (PS)
5.214
0.0
BT S0.SB
1.0250
0.0
0.0
32.282
-8.654 (SB)
5.214
0.0
BT S2.PS
1.0250
0.0
0.0
53.447
11.288 (PS)
5.566
0.0
BT S2.SB
1.0250
0.0
0.0
53.447
-11.288 (SB)
5.566
0.0
BT S3.PS
1.0250
0.0
0.0
66.004
11.391 (PS)
5.410
0.0
BT S3.SB
1.0250
0.0
0.0
66.004
-11.391 (SB)
5.410
0.0
BT S4.PS
1.0250
0.0
0.0
78.960
11.392 (PS)
5.409
0.0
BT S4.SB
1.0250
0.0
0.0
78.960
-11.392 (SB)
5.409
0.0
BT S5.PS
1.0250
0.0
0.0
92.050
11.354 (PS)
5.442
0.0
BT S5.SB
1.0250
0.0
0.0
92.050
-11.354 (SB)
5.442
0.0
BT H1.PS
1.0250
0.0
0.0
39.585
9.103 (PS)
5.032
0.0
BT H1.SB
1.0250
0.0
0.0
39.585
-9.103 (SB)
5.032
0.0
BT H2.PS
1.0250
0.0
0.0
53.040
9.073 (PS)
2.720
0.0
BT H2.SB
1.0250
0.0
0.0
53.040
-9.073 (SB)
2.720
0.0
BT H3.PS
1.0250
0.0
0.0
66.000
9.073 (PS)
2.720
0.0
BT H3.SB
1.0250
0.0
0.0
66.000
-9.073 (SB)
2.720
0.0
BT H4.PS
1.0250
0.0
0.0
78.960
9.073 (PS)
2.719
0.0
BT H4.SB
1.0250
0.0
0.0
78.960
-9.073 (SB)
2.719
0.0
BT H5.PS
1.0250
0.0
0.0
92.280
9.073 (PS)
2.720
0.0
BT H5.SB
1.0250
0.0
0.0
92.280
-9.073 (SB)
2.720
0.0
BT H6.PS
1.0250
0.0
0.0
105.915
8.603 (PS)
4.996
0.0
BT H6.SB
1.0250
0.0
0.0
105.915
-8.603 (SB)
4.996
0.0
BT H7.PS
1.0250
0.0
0.0
115.030
6.095 (PS)
5.317
0.0
BT H7.SB
1.0250
0.0
0.0
115.030
-6.095 (SB)
5.317
0.0
BT FP
1.0250
0.0
0.0
139.592
0.000 (CL)
6.087
0.0
1311.9
94.444
0.000 (CL)
0.728
0.0
1st Column
532.0
17.599
0.000 (CL)
12.609
0.0
2nd Column
532.0
24.257
0.000 (CL)
12.609
0.0
3rd Column
532.0
30.415
0.000 (CL)
12.609
0.0
4th Column
728.0
37.949
0.000 (CL)
12.609
0.0
5th Column
812.0
44.107
0.000 (CL)
12.609
0.0
6th Column
812.0
50.765
0.000 (CL)
12.609
0.0
7th Column
812.0
56.923
0.000 (CL)
12.609
0.0
8th Column
812.0
63.581
0.000 (CL)
12.609
0.0
9th Column
812.0
69.739
0.000 (CL)
12.609
0.0
10th Column
812.0
76.397
0.000 (CL)
12.609
0.0
11th Column
812.0
82.555
0.000 (CL)
12.609
0.0
12th Column
812.0
89.213
0.000 (CL)
12.609
0.0
13th Column
812.0
95.371
0.000 (CL)
12.609
0.0
14th Column
728.0
102.029
0.000 (CL)
12.609
0.0
15th Column
588.0
108.773
0.000 (CL)
12.609
0.0
16th Column
532.0
115.431
0.000 (CL)
12.609
0.0
17th Column
308.0
122.809
0.000 (CL)
12.609
0.0
11788.0
69.054
0.000 (CL)
12.609
0.0
Totals for Ballast
Cargo 2
Totals for Cargo 2
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
203
Intact stability
Description
Stability booklet
Density
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
6010.0
64.939
0.000 (CL)
7.431
Deadweight
13254.0
71.417
0.000 (CL)
11.376
56.0
Displacement
19264.0
69.396
0.000 (CL)
10.145
56.0
(t/m3)
Lightship
Fill%
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
204
Intact stability
Stability booklet
Righting levers
Heeling angle
Draft
Trim
Displacement
KN sin(ø)
VCG sin(ø)
GG' sin(ø)
TCG cos(ø)
GZ
Area
(Degr.)
(m)
(m)
(tonnes)
(m)
(m)
(m)
(m)
(m)
(mrad)
0.0º (CL)
7.875
-1.387
19263.8
0.000
0.000
0.000
0.000
0.000
0.000
2.5º (PS)
7.872
-1.377
19264.0
0.449
0.443
0.000
0.000
0.006
0.000
5.0º (PS)
7.865
-1.348
19264.0
0.899
0.884
0.001
0.000
0.014
0.001
10.0º (PS)
7.836
-1.225
19264.1
1.807
1.762
0.001
0.000
0.045
0.003
15.0º (PS)
7.784
-1.000
19263.9
2.737
2.626
0.001
0.000
0.110
0.009
20.0º (PS)
7.709
-0.658
19264.0
3.699
3.470
0.001
0.000
0.228
0.024
25.0º (PS)
7.671
-0.311
19264.0
4.582
4.288
0.001
0.000
0.293
0.047
30.0º (PS)
7.643
0.085
19263.9
5.422
5.073
0.001
0.000
0.348
0.075
35.0º (PS)
7.585
0.488
19264.0
6.234
5.819
0.002
0.000
0.414
0.108
40.0º (PS)
7.513
0.839
19264.0
6.944
6.521
0.002
0.000
0.421
0.146
45.0º (PS)
7.437
1.127
19264.0
7.500
7.174
0.002
0.000
0.324
0.179
50.0º (PS)
7.356
1.434
19264.0
7.919
7.772
0.002
0.000
0.145
0.200
55.0º (PS)
7.259
1.841
19264.0
8.227
8.310
0.004
0.000
-0.087
0.204
60.0º (PS)
7.133
2.429
19264.0
8.439
8.786
0.005
0.000
-0.352
0.204
65.0º (PS)
6.937
3.436
19263.9
8.591
9.195
0.007
0.000
-0.611
0.204
70.0º (PS)
6.585
5.364
19264.0
8.721
9.533
0.010
0.000
-0.822
0.204
75.0º (PS)
5.965
8.839
19264.1
8.798
9.799
0.012
0.000
-1.013
0.204
80.0º (PS)
4.744
15.757
19264.0
8.791
9.991
0.014
0.000
-1.213
0.204
85.0º (PS)
1.115
36.588
19264.0
8.701
10.106
0.015
0.000
-1.420
0.204
90.0º (PS)
0.000
20917.638
19264.0
8.535
10.145
0.017
0.000
-1.627
0.204
95.0º (PS)
15.542
-47.320
19264.0
8.299
10.106
0.018
0.000
-1.826
0.204
100.0º (PS)
11.911
-26.514
19264.0
8.003
9.991
0.019
0.000
-2.007
0.204
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Intact stability
Stability booklet
Stability curve
IMO MSC.267(85) - Minimum design criteria applicable to all ships
Angle of max GZ=38.0º
0.4
0.3
0.2
Area B=0.142
GM=0.137 Steady wind lever
Max. GZ at 30º
Area A=0.020
Wind gust lever
Angle of heel under action of steady wind=11.0º
Rollback angle=-5.5º Gust equilibrium=13.3º
0.1
0.0
-0.1
-0.2
or greater=0.429
Downflooding angle=57.4º
-0.3
Righting lever (m)
-0.4
-0.5
-0.6
-0.7
-0.8
-0.9
-1.0
No FSC
-1.1
-1.2
-1.3
-1.4
-1.5
Constant FSC
-1.6
-1.7
-1.8
-1.9
-2.0
-10
0
10
20
30
40
50
60
70
80
90
100
Heeling angle (°)
Critical points
Description
Type
X coordinate
Y coordinate Z coordinate
Dist. to wl
Submersion angle
(m)
(m)
(m)
(m)
(Degr.)
0.000 (CL)
6.620
-1.931
0.0 (CL)
Main propeller
Marker
1.750
Bowthruster
Marker
136.120
0.000 (CL)
2.780
-4.486
0.0 (CL)
<>
Downflooding
7.000
8.000 (PS)
18.750
10.248
57.4 (PS)
Evaluation of criteria
IMO MSC.267(85) - Minimum design criteria applicable to all ships
International Code on Intact Stability (2008), Part A, §2.2 - §2.3
Description
Attained value
Area 0º - 30º
Area 0º - 40º
Area 30º - 40º
Max. GZ at 30º or greater
0.0751
0.1455
0.0704
0.429
(mrad)
(mrad)
(mrad)
(m)
Lower angle
30.0 (Degr.)
Upper angle
90.0 (Degr.)
Angle of max GZ
Initial metacentric height
Severe wind and rolling criterion (weather criterion)
Wind silhouette:
38.0 (Degr.)
0.137 (m)
>=
>=
>=
>=
>=
>=
Required value
0.0550
0.0900
0.0300
0.200
Complies
(mrad)
(mrad)
(mrad)
(m)
YES
YES
YES
YES
25.0 (Degr.)
0.150 (m)
YES
NO
YES
14t Container cargo
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
Criterion
206
Intact stability
Stability booklet
Evaluation of criteria
Windspeed
50.54 (kn.)
51.4 (kg/m2)
Wind pressure
1877.91 (m2)
Wind area
Steady wind lever
0.054 (m)
Deck immersion angle
19.00 (Degr.)
Wind gust lever
0.080 (m)
Ratio of areaA/areaB
0.145
Maximum allowed static heeling angle
11.0 (Degr.)
Max allowed ratio static angle/deck immersion angle
0.580
<=
<=
<=
1.000
16.0 (Degr.)
0.800
YES
YES
YES
The condition does NOT comply with the stability criteria
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207
Intact stability
Stability booklet
Bending moment and shearforce calculation
200
175
150
125
100
75
25
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
Weight
Sectional areas
0
195 200 205
Load
-25
Weight (tonnes/m)
50
-50
-75
-100
-125
-150
-175
-200
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Shear force
11000
10000
9000
8000
7000
6000
5000
4000
2000
1000
Shear force
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
0
195 200 205
-1000
-2000
Shear force (tonnes)
3000
-3000
-4000
-5000
-6000
-7000
-8000
-9000
-10000
-11000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
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Intact stability
Stability booklet
Bending moment
50000
40000
30000
10000
Bending moment
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-10000
Bending moment (t*m)
20000
-20000
-30000
-40000
-50000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Deflection
15.0
12.5
10.0
7.5
2.5
Deflection
0.0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-2.5
Deflection (mm)
5.0
-5.0
-7.5
-10.0
-12.5
-15.0
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Summary
Mean moulded draft
7.875 (m)
Trim
Displacement
19264.0 (tonnes)
Minimum shearforce
-533.96 (tonnes)
4.5% Distance from app
618.63 (tonnes)
Maximum shearforce
GM
-1.387 (m)
0.137 (m)
73.368 (m)
7.4% Distance from app
27.286 (m)
Maximum sagging moment
-971.79 (t*m)
4.2% Distance from app
115.600 (m)
Maximum hogging moment
15500.25 (t*m)
29.5% Distance from app
53.794 (m)
16.6 (mm)
Distance from app
59.200 (m)
Max. deflection
9/9/2019 DELFTship 11.30 (317)
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209
Intact stability
Stability booklet
Summary
The condition complies with the longitudinal strength criteria
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
210
Intact stability
Stability booklet
Weightlist
Description
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
Forward
(m)
FOT Day
50.3
32.160
0.000 (CL)
2.720
30.000
34.320
FOT 2 PS
26.2
121.166
1.438 (PS)
2.375
118.560
124.320
FOT 2 SB
26.2
121.166
-1.438 (SB)
2.375
118.560
124.320
BT B4.1.PS
93.4
78.960
2.582 (PS)
0.694
72.480
85.440
BT B4.1.SB
93.4
78.960
-2.582 (SB)
0.694
72.480
85.440
BT B4.2.PS
108.7
78.960
8.157 (PS)
0.746
72.480
85.440
BT B4.2.SB
108.7
78.960
-8.157 (SB)
0.746
72.480
85.440
BT B5.1.PS
100.1
92.280
2.582 (PS)
0.705
85.440
99.120
BT B5.1.SB
100.1
92.280
-2.582 (SB)
0.705
85.440
99.120
BT B5.2.PS
112.3
92.174
8.098 (PS)
0.747
85.440
99.120
BT B5.2.SB
112.3
92.174
-8.098 (SB)
0.747
85.440
99.120
BT B6.1PS
94.8
105.600
2.582 (PS)
0.705
99.120
112.080
BT B6.1.SB
94.8
105.600
-2.582 (SB)
0.705
99.120
112.080
BT B6.2.PS
63.9
104.418
7.122 (PS)
0.766
99.120
112.080
BT B6.2.SB
63.9
104.418
-7.122 (SB)
0.766
99.120
112.080
BT B7.PS
51.7
115.126
2.862 (PS)
0.735
112.080
118.560
BT B7.SB
51.7
115.126
-2.862 (SB)
0.735
112.080
118.560
BT B8.PS
31.2
121.245
1.957 (PS)
0.741
118.560
124.320
BT B8.SB
31.2
121.245
-1.957 (SB)
0.741
118.560
124.320
ERT1 PS
3.5
24.535
1.151 (PS)
0.085
17.760
30.000
ERT1 SB
3.5
24.535
-1.151 (SB)
0.085
17.760
30.000
ERT2 PS
2.2
27.136
3.339 (PS)
0.218
18.204
30.000
ERT2 SB
2.2
27.136
-3.339 (SB)
0.218
18.204
30.000
Forecastle
40.0
134.570
0.000 (CL)
13.500
129.360
145.000
Aftercastle
170.0
4.390
0.000 (CL)
13.500
-5.000
13.440
Superstructure
180.0
9.720
0.000 (CL)
23.000
5.400
13.440
Engine
280.0
21.660
0.000 (CL)
4.660
17.560
25.760
Other machinery in ER
410.0
21.660
0.000 (CL)
5.000
12.000
30.000
Hatch covers
118.180
670.0
76.600
0.000 (CL)
14.600
34.044
Aft equipment
20.0
0.000
0.000 (CL)
15.200
-5.000
5.400
Fore equipment
90.0
136.250
0.000 (CL)
15.200
129.360
141.083
Ship Systems
150.0
86.100
0.000 (CL)
7.950
-5.000
145.000
Electrical systems
120.0
86.100
0.000 (CL)
7.950
-5.000
145.000
hull 1
435.6
16.777
0.000 (CL)
4.800
-5.000
30.000
hull 2
378.3
37.862
0.000 (CL)
4.800
30.000
45.000
hull 3
465.5
52.674
0.000 (CL)
4.800
45.000
60.000
hull 4
995.6
75.000
0.000 (CL)
4.800
60.000
90.000
hull 5
485.4
97.436
0.000 (CL)
4.800
90.000
105.000
hull 6
502.5
114.150
0.000 (CL)
4.800
105.000
125.000
hull 7
187.2
131.667
0.000 (CL)
4.800
125.000
145.000
Reserve
430.0
70.960
0.000 (CL)
9.703
-5.000
145.000
40.0
9.720
0.000 (CL)
23.000
5.400
13.440
1st Column
532.0
17.599
0.000 (CL)
12.609
14.570
20.628
2nd Column
532.0
24.257
0.000 (CL)
12.609
21.228
27.286
3rd Column
532.0
30.415
0.000 (CL)
12.609
27.386
33.444
4th Column
728.0
37.949
0.000 (CL)
12.609
34.920
40.978
5th Column
812.0
44.107
0.000 (CL)
12.609
41.078
47.136
6th Column
812.0
50.765
0.000 (CL)
12.609
47.736
53.794
7th Column
812.0
56.923
0.000 (CL)
12.609
53.894
59.952
crew
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211
Intact stability
Stability booklet
Weightlist
Description
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
(m)
8th Column
812.0
63.581
0.000 (CL)
12.609
60.552
66.610
9th Column
812.0
69.739
0.000 (CL)
12.609
66.710
72.768
10th Column
812.0
76.397
0.000 (CL)
12.609
73.368
79.426
11th Column
812.0
82.555
0.000 (CL)
12.609
79.526
85.584
12th Column
812.0
89.213
0.000 (CL)
12.609
86.184
92.242
13th Column
812.0
95.371
0.000 (CL)
12.609
92.342
98.400
14th Column
728.0
102.029
0.000 (CL)
12.609
99.000
105.058
15th Column
588.0
108.773
0.000 (CL)
12.609
105.744
111.802
16th Column
532.0
115.431
0.000 (CL)
12.609
112.402
118.460
17th Column
308.0
122.809
0.000 (CL)
12.609
119.780
125.838
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
Forward
212
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
-5.083
0.0
0.0
0.0
0.00
0.0
0
0.0
0.0
-5.000
0.0
0.0
0.0
0.00
0.0
1
0.0
0.0
-4.000
18.1
0.9
17.3
17.44
1.2
16
1.8
0.4
-3.000
18.7
2.1
16.6
34.38
2.1
50
2.8
0.8
-2.000
19.2
3.5
15.8
50.60
2.7
99
3.7
1.1
-1.000
19.8
5.0
14.7
65.83
3.1
165
4.6
1.5
0.000
20.3
6.8
13.6
80.01
3.4
245
5.5
1.8
1.000
20.9
8.6
12.3
92.93
3.7
339
6.3
2.2
2.000
21.4
10.5
11.0
104.58
3.8
444
7.1
2.6
3.000
22.0
12.5
9.5
114.78
3.9
562
7.9
2.9
4.000
22.5
16.4
6.1
122.73
3.8
688
8.6
3.3
5.000
23.1
22.0
1.1
126.37
3.7
820
9.2
3.6
6.000
44.1
30.4
13.7
135.63
3.7
956
9.8
4.0
7.000
46.2
36.4
9.8
147.26
3.8
1105
10.3
4.4
8.000
48.3
42.2
6.1
155.28
3.8
1264
10.9
4.7
9.000
50.5
48.0
2.5
159.49
3.7
1428
11.5
5.1
10.000
52.6
53.7
-1.1
160.21
3.6
1596
11.9
5.4
11.000
54.7
59.4
-4.7
157.24
3.3
1762
12.4
5.8
12.000
56.8
64.9
-8.1
150.92
3.0
1923
12.7
6.1
13.000
77.3
70.4
6.8
159.11
3.1
2086
13.0
6.5
14.000
35.8
75.8
-40.0
140.19
2.6
2248
13.3
6.8
15.000
124.7
81.2
43.6
135.73
2.4
2384
13.4
7.2
16.000
125.8
86.5
39.4
177.28
3.0
2547
13.6
7.5
17.000
126.9
91.7
35.2
214.49
3.5
2751
14.0
7.9
18.000
162.6
96.8
65.7
262.90
4.2
2992
14.6
8.2
19.000
163.7
101.9
61.9
326.61
5.0
3295
15.4
8.6
20.000
164.9
106.8
58.1
386.65
5.8
3658
16.4
8.9
21.000
78.3
111.6
-33.3
410.22
5.9
4074
17.6
9.2
22.000
167.3
116.2
51.1
443.06
6.2
4501
18.7
9.6
23.000
168.4
120.6
47.8
492.46
6.7
4977
19.9
9.9
24.000
169.6
124.8
44.8
538.81
7.1
5499
21.3
10.2
25.000
170.8
128.9
41.9
582.06
7.5
6067
22.7
10.5
26.000
137.8
132.8
5.0
614.39
7.7
6675
24.2
10.9
27.000
139.0
136.6
2.4
618.01
7.6
7299
25.6
11.2
28.000
140.1
140.2
-0.1
610.42
7.4
7919
26.9
11.5
29.000
141.3
143.7
-2.4
609.15
7.2
8536
28.2
11.8
30.000
142.5
147.0
-4.6
605.71
7.1
9151
29.3
12.1
31.000
126.1
150.3
-24.2
582.83
6.7
9752
30.4
12.4
32.000
126.0
153.4
-27.4
557.28
6.3
10330
31.3
12.7
33.000
126.5
156.5
-30.0
528.55
5.8
10879
32.1
12.9
34.000
39.2
159.4
-120.2
448.59
4.9
11387
32.8
13.2
35.000
155.9
162.3
-6.3
336.23
3.6
11783
33.1
13.5
36.000
156.5
165.0
-8.6
328.79
3.5
12123
33.2
13.7
37.000
157.0
167.7
-10.7
319.08
3.3
12454
33.3
13.9
38.000
157.5
170.3
-12.8
307.35
3.1
12775
33.3
14.2
39.000
158.0
172.8
-14.8
293.51
2.9
13082
33.4
14.4
40.000
158.5
175.2
-16.7
277.82
2.7
13375
33.4
14.6
41.000
38.8
177.5
-138.6
257.61
2.5
13652
33.3
14.8
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213
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
42.000
173.4
179.7
-6.3
241.71
2.3
13904
33.2
15.0
43.000
173.9
181.8
-7.9
234.59
2.3
14149
33.1
15.2
44.000
174.4
183.8
-9.4
225.98
2.2
14387
33.0
15.4
45.000
174.9
185.7
-10.8
215.89
2.0
14615
32.8
15.5
46.000
175.2
187.5
-12.3
204.35
1.9
14832
32.6
15.7
47.000
175.5
189.2
-13.7
191.35
1.8
15037
32.5
15.8
48.000
175.8
190.8
-14.9
96.64
0.9
15183
32.2
15.9
49.000
176.2
192.2
-16.1
81.09
0.7
15279
31.8
16.1
50.000
176.5
193.6
-17.1
64.50
0.6
15359
31.3
16.2
51.000
176.8
194.8
-18.0
46.89
0.4
15422
30.9
16.3
52.000
177.1
195.9
-18.8
28.48
0.3
15467
30.5
16.3
53.000
177.4
196.8
-19.4
9.35
0.1
15493
30.0
16.4
54.000
177.7
197.6
-19.9
-23.70
0.2
15498
29.5
16.5
55.000
178.0
198.2
-20.2
-43.76
0.4
15471
28.9
16.5
56.000
178.3
198.7
-20.4
-64.04
0.6
15425
28.9
16.6
57.000
178.6
199.0
-20.4
-84.42
0.7
15357
28.7
16.6
58.000
179.0
199.2
-20.3
-104.76
0.9
15270
28.6
16.6
59.000
179.3
199.3
-20.0
-124.92
1.1
15162
28.4
16.6
60.000
45.5
199.3
-153.8
-151.25
1.3
15034
28.1
16.6
61.000
179.6
199.2
-19.6
-244.89
2.1
14826
27.7
16.6
62.000
179.6
199.0
-19.4
-264.38
2.3
14579
27.3
16.6
63.000
179.6
198.8
-19.1
-283.65
2.5
14312
26.8
16.5
64.000
179.7
198.6
-18.9
-302.66
2.6
14026
26.2
16.5
65.000
179.7
198.3
-18.6
-321.41
2.8
13721
25.7
16.4
66.000
179.7
198.1
-18.3
-339.89
2.9
13398
25.1
16.4
67.000
179.7
197.8
-18.1
-371.51
3.2
13051
24.4
16.3
68.000
179.8
197.6
-17.8
-389.46
3.4
12678
23.7
16.2
69.000
179.8
197.3
-17.5
-407.13
3.5
12286
23.0
16.1
70.000
179.8
197.1
-17.3
-424.55
3.7
11878
22.2
16.0
71.000
179.8
196.8
-17.0
-441.69
3.8
11452
21.4
15.9
72.000
179.9
196.6
-16.7
-458.57
4.0
11009
20.6
15.8
73.000
77.0
196.4
-119.3
-490.06
4.2
10548
19.7
15.6
74.000
211.1
196.1
15.0
-524.55
4.5
10034
18.8
15.5
75.000
211.1
195.9
15.2
-509.44
4.4
9525
17.8
15.3
76.000
211.1
195.6
15.5
-494.07
4.3
9030
16.9
15.2
77.000
211.2
195.4
15.8
-478.42
4.1
8551
16.0
15.0
78.000
211.2
195.1
16.0
-462.52
4.0
8087
15.1
14.9
79.000
211.2
194.9
16.3
-446.34
3.9
7640
14.3
14.7
80.000
211.2
194.7
16.6
-443.30
3.8
7202
13.5
14.5
81.000
211.3
194.4
16.8
-426.59
3.7
6774
12.7
14.3
82.000
211.3
194.2
17.1
-409.61
3.5
6363
11.9
14.2
83.000
211.3
193.9
17.4
-392.36
3.4
5969
11.2
14.0
84.000
211.3
193.7
17.6
-374.86
3.2
5593
10.5
13.8
85.000
211.3
193.4
17.9
-357.07
3.1
5234
9.8
13.6
86.000
77.9
193.2
-115.3
-394.45
3.4
4881
9.1
13.4
87.000
211.9
192.9
18.9
-400.28
3.5
4481
8.4
13.2
88.000
211.8
192.7
19.1
-381.30
3.3
4097
7.7
12.9
89.000
211.7
192.5
19.2
-362.16
3.2
3733
7.0
12.7
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
214
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
90.000
211.6
192.2
19.4
-342.87
3.0
3387
6.3
12.5
91.000
211.4
192.0
19.4
-323.47
2.9
3062
5.7
12.3
92.000
211.2
191.6
19.6
-303.98
2.7
2755
5.2
12.1
93.000
211.0
191.1
19.9
-297.65
2.7
2458
4.6
11.9
94.000
210.8
190.3
20.5
-277.50
2.5
2178
4.2
11.6
95.000
210.6
189.3
21.3
-256.61
2.3
1918
3.8
11.4
96.000
210.4
187.9
22.5
-234.73
2.1
1679
3.4
11.2
97.000
210.2
186.1
24.1
-211.41
1.9
1463
3.0
10.9
98.000
210.0
183.9
26.1
-186.40
1.7
1271
2.7
10.7
99.000
75.8
181.4
-105.7
-239.62
2.2
1081
2.3
10.5
100.000
194.7
178.5
16.2
-224.39
2.1
856
1.9
10.2
101.000
193.8
175.2
18.5
-206.99
2.0
648
1.4
10.0
102.000
192.9
171.7
21.1
-187.23
1.8
457
1.0
9.8
103.000
191.9
168.0
24.0
-164.64
1.6
288
0.7
9.6
104.000
191.0
164.0
27.0
-139.22
1.4
143
0.3
9.3
105.000
190.1
159.9
30.2
-110.61
1.2
25
0.1
9.1
106.000
165.5
155.6
10.0
-167.31
1.8
-113
0.4
8.8
107.000
164.1
151.1
13.0
-155.77
1.7
-268
0.9
8.6
108.000
162.6
146.5
16.1
-141.29
1.6
-409
1.4
8.4
109.000
161.2
141.8
19.3
-123.51
1.4
-535
1.9
8.1
110.000
159.7
137.1
22.7
-102.57
1.2
-641
2.3
7.9
111.000
158.3
132.2
26.1
-78.14
1.0
-724
2.7
7.7
112.000
59.8
127.3
-67.5
-69.61
0.9
-784
3.0
7.5
113.000
145.8
122.3
23.5
-83.06
1.1
-864
3.4
7.2
114.000
144.3
117.3
27.0
-57.87
0.8
-928
3.7
7.0
115.000
142.8
112.3
30.5
-29.03
0.4
-964
4.0
6.8
116.000
141.3
107.3
34.0
3.18
0.0
-970
4.2
6.5
117.000
139.8
102.3
37.5
39.05
0.6
-942
4.2
6.3
118.000
138.3
97.3
41.0
78.25
1.3
-877
4.1
6.1
119.000
52.1
92.4
-40.3
71.89
1.2
-786
3.8
5.8
120.000
100.6
87.6
13.0
43.96
0.8
-724
3.6
5.6
121.000
98.3
82.8
15.5
58.29
1.1
-666
3.5
5.4
122.000
96.0
78.2
17.9
74.93
1.4
-593
3.2
5.2
123.000
93.7
73.7
20.1
93.96
1.9
-501
2.8
4.9
124.000
91.5
69.3
22.2
115.07
2.4
-390
2.3
4.7
125.000
75.2
65.0
10.1
128.33
2.8
-260
1.6
4.5
126.000
23.4
60.9
-37.5
131.85
3.1
-119
0.8
4.3
127.000
22.5
56.9
-34.4
95.98
2.3
1
0.0
4.0
128.000
21.6
53.0
-31.4
63.01
1.6
88
0.5
3.8
129.000
20.6
49.2
-28.5
33.10
0.9
142
0.9
3.6
130.000
28.7
45.5
-16.8
11.59
0.3
171
1.1
3.4
131.000
28.1
41.9
-13.8
-3.62
0.1
182
1.3
3.2
132.000
27.6
38.4
-10.8
-15.94
0.5
179
1.4
2.9
133.000
27.0
35.0
-7.9
-25.25
0.9
165
1.4
2.7
134.000
26.5
31.6
-5.1
-31.84
1.2
144
1.3
2.5
135.000
25.9
28.4
-2.4
-35.57
1.5
117
1.1
2.3
136.000
25.4
25.2
0.2
-36.76
1.7
88
1.0
2.0
137.000
24.8
22.2
2.6
-35.30
1.9
59
0.7
1.8
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
215
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
138.000
24.2
19.3
5.0
-31.53
1.9
32
0.5
1.6
139.000
23.7
16.6
7.1
-25.44
1.8
11
0.2
1.4
140.000
23.1
14.0
9.1
-17.35
1.5
-4
0.1
1.1
141.000
22.6
11.6
11.0
-7.30
0.8
-9
0.3
0.9
142.000
9.7
9.3
0.4
-6.50
0.9
-9
0.4
0.7
143.000
8.4
7.0
1.4
-5.58
1.2
-8
0.5
0.5
144.000
7.2
4.6
2.6
-3.59
1.5
-5
0.6
0.2
145.000
5.9
0.0
5.9
0.00
0.0
0
0.0
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
216
Intact stability
Stability booklet
Equal mass containers - 14t / 90% - Arrival - ReBallasted
1116 TEU - Multipurpose
Designer
Nemanja Surbatovic
Created by
Nemanja Surbatovic
Comment
Filename
Nemanja Surbatovic Final.fbm
Design length
145.00 (m)
Midship location
72.500 (m)
Length over all
150.00 (m)
Relative water density
1.0250
Design beam
24.840 (m)
Mean shell thickness
0.0130 (m)
Maximum beam
24.840 (m)
Appendage coefficient
1.0000
Design draft
8.280 (m)
Calculation settings
Center of gravity of tanks containing liquids
:
Actual COG
14t Container cargo
-5
0
0
5
10
15
10
20
25
30
20
35
40
45
30
50
55
60
40
65
70
75
50
80
85
90
60
95
100
105
70
110
115
120
125
80
130
90
135
140
145
100
150
155
110
160
165
170
120
175
180
185
130
190
195
200
205
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
217
Intact stability
Stability booklet
FOT 1 C
BT AP.PS
BT AP.PS
BT AP.SB
FOT 2 PS
BT FP
FOT 1 C
FOT 1 SB
FOT 1 PS
BT S0.SB
BT S0.PS
FOT Day
ERT1 PS
-5
0
5
10
15
20
25
30
35
40
45
55
BT H1.PS
BT H1.SB
FOT Day
BT B0.PS
50
BT B1.1.PS
60
65
70
BT B2.1.PS
75
80
85
BT B3.1.PS
90
95
100
105
BT B4.1.PS
110
115
120
BT B5.1.PS
125
130
135
140
BT B6.1PS
145
150
155
160
BT B7.PS BT B8.PS
165
170
175
180
185
190
195
200
205
0.000 (CL)
PS
#8
ERT1 PS
ERT1 SB
#38PS
ERT2
ERT2 SB
SB PS
BT B0.PS BT B0.SB
SB PS
#48
BT B1.1.PS BT B1.2.SB
BT B1.2.PS
BT B1.1.SB
SB PS
#57
SB
FOT 1 PS
FOT 2 PS
FOT 1 C
10.000
FOT 2 SB
FOT 1 SB
BT S2.PS
BT S2.SB BT S3.PS
BT H2.PS
BT S2.PS
BT S0.PS
BT S3.PS
BT S4.PS
BT H2.SB
BT B2.1.PS
BT B2.2.SB
BT B2.2.PS
BT B2.1.SB
BT S5.PS
BT H1.PS
BT H6.PS
PS
#77
SB PS
BT S3.SB BT S4.PS
BT H3.PS
BT H3.SB
BT B3.1.PS
BT 3.2.SB
BT B3.2.PS
BT B3.1.SB
#95
SB PS
BT S4.SB BT S5.PS
BT H4.PS
BT H4.SB
#113
BT S5.SB
BT H5.PS
BT B4.1.PS
BT B4.2.SB
BT B4.2.PS
BT B4.1.SB
BT H5.SB
BT B5.1.PS BT B5.2.SB
BT B5.2.PS
BT B5.1.SB
SB PS
#131
SB
BT H7.PS
FOT 1 PS
BT AP.PS
FOT 2 PS
FOT 1 C
BT FP 8.300
BT AP.SB
FOT 2 SB
FOT 1 SB
BT H7.SB
BT S0.SB
BT H6.SB
BT H1.SB
BT S2.SB
BT S2.PS
BT S0.PS
BT H1.PS
BT H2.PS
BT S3.SB
BT S4.SB
BT S5.SB
BT S3.PS
BT S4.PS
BT S5.PS
BT H3.PS
BT H4.PS
BT H5.PS
BT H6.PS
BT H6.SB
BT H7.PS
BT H7.SB
FOT 2 PS
FOT 2 SB
BT FP
BT H6.PS
BT B6.2.SB
BT B6.1PS
BT B6.2.PS
BT B6.1.SB
BT H7.PS
FOT 1 PS
PS
#151
SB PS
BT B7.PS
BT B8.PS
BT B8.SB
BT B7.SB
#163
SB PS
#171
SB PS
#199
SB
FOT 2 PS
FOT Day
BT FP 2.500
Cargo
FOT 1 SB
BT H7.SB
Fuel
BT S0.SB
BT H1.SB
BT H2.SB
BT H5.SB
BT H6.SB
BT H3.SB
BT H4.SB
BT S3.SB
BT S4.SB
BT S5.SB
BT B2.2.PS
BT B3.2.PS
BT B4.2.PS
BT B5.2.PS
BT B1.1.PS
BT B2.1.PS
BT B3.1.PS
BT B4.1.PS
BT B5.1.PS
BT B6.1PS
BT B7.PS
BT B1.1.SB
BT B2.1.SB
BT B3.1.SB
BT B4.1.SB
BT B5.1.SB
BT B6.1.SB
BT B7.SB
BT B2.2.SB
BT 3.2.SB
BT B4.2.SB
BT B5.2.SB
BT S2.SB
Other Stores
Ballast
BT B1.2.PS
ERT2 PS
BT B0.PS
BT B6.2.PS
ERT1 PS
ERT2 SB
BT B8.PS
0.700
ERT1 SB
BT B0.SB
BT B1.2.SB
BT B8.SB
BT B6.2.SB
Hydrostatic particulars
List
GG'
0.003 (m)
Draft aft pp
0.0 (CL) (Degr.)
8.563 (m)
VCG'
10.003 (m)
Mean moulded draft
8.018 (m)
Max VCG'
10.116 (m)
Draft forward pp
7.473 (m)
GM solid
0.266 (m)
Trim
-1.090 (m)
G'M liquid
KM
10.266 (m)
Immersion rate
0.263 (m)
VCG
10.000 (m)
MCT
29.174 (t/cm)
249.6 (t*m/cm)
Summary
Description
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
Crew
40.0
9.720
0.000
23.000
0.0
Fuel
102.6
77.564
0.000
2.544
21.7
Other Stores
11.4
25.547
0.000
0.137
34.3
Ballast
1694.4
92.482
0.000
1.175
0.0
Cargo 2
11788.0
69.054
0.000
12.609
0.0
Lightship
6010.0
64.939
0.000 (CL)
7.431
Deadweight
13636.4
71.819
0.000 (CL)
11.133
56.0
Displacement
19646.4
69.714
0.000 (CL)
10.000
56.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
218
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000 (CL)
23.000
0.0
Crew
crew
Fuel
FOT 1 C
0.8901
0.0
0.0
32.160
0.000 (CL)
8.014
0.0
FOT 1 PS
0.8901
0.0
0.0
32.160
5.508 (PS)
7.423
0.0
FOT 1 SB
0.8901
0.0
0.0
32.160
-5.508 (SB)
7.423
0.0
FOT Day
0.8901
100.0
50.3
32.160
0.000 (CL)
2.720
0.0
FOT 2 PS
0.8901
13.0
26.2
121.166
1.438 (PS)
2.375
10.9
FOT 2 SB
0.8901
13.0
Totals for Fuel
26.2
121.166
-1.438 (SB)
2.375
10.9
102.6
77.564
0.000 (CL)
2.544
21.7
Other Stores
ERT1 PS
0.9002
10.0
3.5
24.535
1.151 (PS)
0.085
12.2
ERT1 SB
0.9002
10.0
3.5
24.535
-1.151 (SB)
0.085
12.2
ERT2 PS
0.9002
10.0
2.2
27.136
3.339 (PS)
0.218
4.9
ERT2 SB
0.9002
10.0
2.2
27.136
-3.339 (SB)
0.218
4.9
11.4
25.547
0.000 (CL)
0.137
34.3
Totals for Other Stores
Ballast
BT AP.PS
1.0250
0.0
0.0
6.605
2.737 (PS)
7.914
0.0
BT AP.SB
1.0250
0.0
0.0
6.605
-2.737 (SB)
7.914
0.0
BT B0.PS
1.0250
0.0
0.0
32.217
3.335 (PS)
0.763
0.0
BT B0.SB
1.0250
0.0
0.0
32.217
-3.335 (SB)
0.763
0.0
BT B1.1.PS
1.0250
0.0
0.0
40.442
2.581 (PS)
0.705
0.0
BT B1.1.SB
1.0250
0.0
0.0
40.442
-2.581 (SB)
0.705
0.0
BT B1.2.PS
1.0250
0.0
0.0
41.270
6.985 (PS)
0.814
0.0
BT B1.2.SB
1.0250
0.0
0.0
41.270
-6.985 (SB)
0.814
0.0
BT B2.1.PS
1.0250
0.0
0.0
53.040
2.582 (PS)
0.705
0.0
BT B2.1.SB
1.0250
0.0
0.0
53.040
-2.582 (SB)
0.705
0.0
BT B2.2.PS
1.0250
0.0
0.0
53.327
7.908 (PS)
0.756
0.0
BT B2.2.SB
1.0250
0.0
0.0
53.327
-7.908 (SB)
0.756
0.0
BT B3.1.PS
1.0250
0.0
0.0
66.000
2.582 (PS)
0.705
0.0
BT B3.1.SB
1.0250
0.0
0.0
66.000
-2.582 (SB)
0.705
0.0
BT B3.2.PS
1.0250
0.0
0.0
66.003
8.155 (PS)
0.746
0.0
BT 3.2.SB
1.0250
0.0
0.0
66.003
-8.155 (SB)
0.746
0.0
BT B4.1.PS
1.0250
100.0
94.8
78.960
2.582 (PS)
0.705
0.0
BT B4.1.SB
1.0250
100.0
94.8
78.960
-2.582 (SB)
0.705
0.0
BT B4.2.PS
1.0250
100.0
108.7
78.960
8.157 (PS)
0.746
0.0
BT B4.2.SB
1.0250
100.0
108.7
78.960
-8.157 (SB)
0.746
0.0
BT B5.1.PS
1.0250
100.0
100.1
92.280
2.582 (PS)
0.705
0.0
BT B5.1.SB
1.0250
100.0
100.1
92.280
-2.582 (SB)
0.705
0.0
BT B5.2.PS
1.0250
100.0
112.3
92.174
8.098 (PS)
0.747
0.0
BT B5.2.SB
1.0250
100.0
112.3
92.174
-8.098 (SB)
0.747
0.0
BT B6.1PS
1.0250
100.0
94.8
105.600
2.582 (PS)
0.705
0.0
BT B6.1.SB
1.0250
100.0
94.8
105.600
-2.582 (SB)
0.705
0.0
BT B6.2.PS
1.0250
100.0
63.9
104.418
7.122 (PS)
0.766
0.0
BT B6.2.SB
1.0250
100.0
63.9
104.418
-7.122 (SB)
0.766
0.0
BT B7.PS
1.0250
100.0
51.7
115.126
2.862 (PS)
0.735
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
219
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
BT B7.SB
1.0250
100.0
51.7
115.126
-2.862 (SB)
0.735
0.0
BT B8.PS
1.0250
100.0
31.2
121.245
1.957 (PS)
0.741
0.0
BT B8.SB
1.0250
100.0
31.2
121.245
-1.957 (SB)
0.741
0.0
BT S0.PS
1.0250
0.0
0.0
32.282
8.654 (PS)
5.214
0.0
BT S0.SB
1.0250
0.0
0.0
32.282
-8.654 (SB)
5.214
0.0
BT S2.PS
1.0250
0.0
0.0
53.447
11.288 (PS)
5.566
0.0
BT S2.SB
1.0250
0.0
0.0
53.447
-11.288 (SB)
5.566
0.0
BT S3.PS
1.0250
0.0
0.0
66.004
11.391 (PS)
5.410
0.0
BT S3.SB
1.0250
0.0
0.0
66.004
-11.391 (SB)
5.410
0.0
BT S4.PS
1.0250
0.0
0.0
78.960
11.392 (PS)
5.409
0.0
BT S4.SB
1.0250
0.0
0.0
78.960
-11.392 (SB)
5.409
0.0
BT S5.PS
1.0250
0.0
0.0
92.050
11.354 (PS)
5.442
0.0
BT S5.SB
1.0250
0.0
0.0
92.050
-11.354 (SB)
5.442
0.0
BT H1.PS
1.0250
0.0
0.0
39.585
9.103 (PS)
5.032
0.0
BT H1.SB
1.0250
0.0
0.0
39.585
-9.103 (SB)
5.032
0.0
BT H2.PS
1.0250
0.0
0.0
53.040
9.073 (PS)
2.720
0.0
BT H2.SB
1.0250
0.0
0.0
53.040
-9.073 (SB)
2.720
0.0
BT H3.PS
1.0250
0.0
0.0
66.000
9.073 (PS)
2.720
0.0
BT H3.SB
1.0250
0.0
0.0
66.000
-9.073 (SB)
2.720
0.0
BT H4.PS
1.0250
100.0
92.3
78.960
9.073 (PS)
2.719
0.0
BT H4.SB
1.0250
100.0
92.3
78.960
-9.073 (SB)
2.719
0.0
BT H5.PS
1.0250
100.0
97.5
92.280
9.073 (PS)
2.720
0.0
BT H5.SB
1.0250
100.0
97.5
92.280
-9.073 (SB)
2.720
0.0
BT H6.PS
1.0250
0.0
0.0
105.915
8.603 (PS)
4.996
0.0
BT H6.SB
1.0250
0.0
0.0
105.915
-8.603 (SB)
4.996
0.0
BT H7.PS
1.0250
0.0
0.0
115.030
6.095 (PS)
5.317
0.0
BT H7.SB
1.0250
0.0
0.0
115.030
-6.095 (SB)
5.317
0.0
BT FP
1.0250
0.0
0.0
139.592
0.000 (CL)
6.087
0.0
1694.4
92.482
0.000 (CL)
1.175
0.0
1st Column
532.0
17.599
0.000 (CL)
12.609
0.0
2nd Column
532.0
24.257
0.000 (CL)
12.609
0.0
3rd Column
532.0
30.415
0.000 (CL)
12.609
0.0
4th Column
728.0
37.949
0.000 (CL)
12.609
0.0
5th Column
812.0
44.107
0.000 (CL)
12.609
0.0
6th Column
812.0
50.765
0.000 (CL)
12.609
0.0
7th Column
812.0
56.923
0.000 (CL)
12.609
0.0
8th Column
812.0
63.581
0.000 (CL)
12.609
0.0
9th Column
812.0
69.739
0.000 (CL)
12.609
0.0
10th Column
812.0
76.397
0.000 (CL)
12.609
0.0
11th Column
812.0
82.555
0.000 (CL)
12.609
0.0
12th Column
812.0
89.213
0.000 (CL)
12.609
0.0
13th Column
812.0
95.371
0.000 (CL)
12.609
0.0
14th Column
728.0
102.029
0.000 (CL)
12.609
0.0
15th Column
588.0
108.773
0.000 (CL)
12.609
0.0
16th Column
532.0
115.431
0.000 (CL)
12.609
0.0
17th Column
308.0
122.809
0.000 (CL)
12.609
0.0
11788.0
69.054
0.000 (CL)
12.609
0.0
Totals for Ballast
Cargo 2
Totals for Cargo 2
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
220
Intact stability
Description
Stability booklet
Density
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
6010.0
64.939
0.000 (CL)
7.431
Deadweight
13636.4
71.819
0.000 (CL)
11.133
56.0
Displacement
19646.4
69.714
0.000 (CL)
10.000
56.0
(t/m3)
Lightship
Fill%
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
221
Intact stability
Stability booklet
Righting levers
Heeling angle
Draft
Trim
Displacement
KN sin(ø)
VCG sin(ø)
GG' sin(ø)
TCG cos(ø)
GZ
Area
(Degr.)
(m)
(m)
(tonnes)
(m)
(m)
(m)
(m)
(m)
(mrad)
0.0º (CL)
8.018
-1.090
19646.4
0.000
0.000
0.000
0.000
0.000
0.000
2.5º (PS)
8.016
-1.081
19646.5
0.448
0.436
0.000
0.000
0.012
0.000
5.0º (PS)
8.009
-1.051
19646.3
0.897
0.872
0.000
0.000
0.025
0.001
10.0º (PS)
7.980
-0.930
19646.4
1.804
1.737
0.000
0.000
0.067
0.005
15.0º (PS)
7.927
-0.707
19646.4
2.731
2.588
0.001
0.000
0.142
0.014
20.0º (PS)
7.854
-0.371
19646.4
3.684
3.420
0.001
0.000
0.263
0.031
25.0º (PS)
7.825
-0.015
19646.4
4.554
4.226
0.001
0.000
0.327
0.058
30.0º (PS)
7.804
0.394
19646.4
5.390
5.000
0.001
0.000
0.389
0.089
35.0º (PS)
7.752
0.805
19646.5
6.206
5.736
0.001
0.000
0.469
0.126
40.0º (PS)
7.699
1.170
19646.4
6.910
6.428
0.001
0.000
0.481
0.168
45.0º (PS)
7.649
1.483
19646.5
7.465
7.071
0.002
0.000
0.392
0.207
50.0º (PS)
7.601
1.831
19646.4
7.884
7.661
0.002
0.000
0.221
0.234
55.0º (PS)
7.546
2.295
19646.4
8.192
8.192
0.003
0.000
-0.003
0.244
60.0º (PS)
7.474
2.958
19646.4
8.407
8.661
0.005
0.000
-0.258
0.244
65.0º (PS)
7.349
4.079
19646.4
8.564
9.063
0.007
0.000
-0.507
0.244
70.0º (PS)
7.103
6.174
19646.5
8.697
9.397
0.009
0.000
-0.710
0.244
75.0º (PS)
6.661
9.919
19646.6
8.777
9.660
0.012
0.000
-0.895
0.244
80.0º (PS)
5.795
17.359
19646.4
8.772
9.848
0.013
0.000
-1.090
0.244
85.0º (PS)
3.229
39.761
19646.4
8.685
9.962
0.015
0.000
-1.292
0.244
90.0º (PS)
0.000
22493.542
19646.4
8.521
10.000
0.016
0.000
-1.495
0.244
95.0º (PS)
13.427
-50.413
19646.5
8.289
9.962
0.018
0.000
-1.692
0.244
100.0º (PS)
10.861
-28.024
19646.4
7.995
9.848
0.019
0.000
-1.872
0.244
9/9/2019 DELFTship 11.30 (317)
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222
Intact stability
Stability booklet
Stability curve
IMO MSC.267(85) - Minimum design criteria applicable to all ships
0.5
Angle of max GZ=38.2º
0.4
0.3
Area B=0.175
0.2
GM=0.263 Steady wind lever
Max. GZ at
Area A=0.023 Gust equilibrium=11.0º Wind gust lever
Angle of heel under action of steady wind=8.5º
Rollback angle=-8.0º
0.1
0.0
-0.1
30º or greater=0.488
Downflooding angle=57.1º
-0.2
Righting lever (m)
-0.3
-0.4
-0.5
-0.6
-0.7
-0.8
-0.9
No FSC
-1.0
-1.1
-1.2
-1.3
Constant FSC
-1.4
-1.5
-1.6
-1.7
-1.8
-1.9
-10
0
10
20
30
40
50
60
70
80
90
100
Heeling angle (°)
Critical points
Description
Type
X coordinate
Y coordinate Z coordinate
Dist. to wl
Submersion angle
(m)
(m)
(m)
(m)
(Degr.)
0.000 (CL)
6.620
-1.930
0.0 (CL)
Main propeller
Marker
1.750
Bowthruster
Marker
136.120
0.000 (CL)
2.780
-4.760
0.0 (CL)
<>
Downflooding
7.000
8.000 (PS)
18.750
10.239
57.1 (PS)
Evaluation of criteria
IMO MSC.267(85) - Minimum design criteria applicable to all ships
International Code on Intact Stability (2008), Part A, §2.2 - §2.3
Description
Attained value
Area 0º - 30º
Area 0º - 40º
Area 30º - 40º
Max. GZ at 30º or greater
0.0886
0.1683
0.0797
0.488
(mrad)
(mrad)
(mrad)
(m)
Lower angle
30.0 (Degr.)
Upper angle
90.0 (Degr.)
Angle of max GZ
Initial metacentric height
Severe wind and rolling criterion (weather criterion)
Wind silhouette:
38.2 (Degr.)
0.263 (m)
>=
>=
>=
>=
>=
>=
Required value
0.0550
0.0900
0.0300
0.200
Complies
(mrad)
(mrad)
(mrad)
(m)
YES
YES
YES
YES
25.0 (Degr.)
0.150 (m)
YES
YES
YES
14t Container cargo
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
Criterion
223
Intact stability
Stability booklet
Evaluation of criteria
Windspeed
50.54 (kn.)
51.4 (kg/m2)
Wind pressure
1857.13 (m2)
Wind area
Steady wind lever
0.052 (m)
Deck immersion angle
18.36 (Degr.)
Wind gust lever
0.078 (m)
Ratio of areaA/areaB
0.130
Maximum allowed static heeling angle
8.5 (Degr.)
Max allowed ratio static angle/deck immersion angle
0.461
<=
<=
<=
1.000
16.0 (Degr.)
0.800
YES
YES
YES
The condition complies with the stability criteria
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
224
Intact stability
Stability booklet
Bending moment and shearforce calculation
225
200
175
150
125
100
75
25
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
Weight
Sectional areas
0
195 200 205
Load
-25
Weight (tonnes/m)
50
-50
-75
-100
-125
-150
-175
-200
-225
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Shear force
11000
10000
9000
8000
7000
6000
5000
4000
2000
1000
Shear force
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
0
195 200 205
-1000
-2000
Shear force (tonnes)
3000
-3000
-4000
-5000
-6000
-7000
-8000
-9000
-10000
-11000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
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225
Intact stability
Stability booklet
Bending moment
50000
40000
30000
10000
Bending moment
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-10000
Bending moment (t*m)
20000
-20000
-30000
-40000
-50000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Deflection
13
12
11
10
9
8
7
6
5
4
2
Deflection
1
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-1
-2
Deflection (mm)
3
-3
-4
-5
-6
-7
-8
-9
-10
-11
-12
-13
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Summary
Mean moulded draft
8.018 (m)
Trim
Displacement
19646.4 (tonnes)
Minimum shearforce
-645.34 (tonnes)
5.4% Distance from app
606.95 (tonnes)
Maximum shearforce
GM
-1.090 (m)
0.263 (m)
73.368 (m)
7.2% Distance from app
27.286 (m)
Maximum sagging moment
-1741.74 (t*m)
6.4% Distance from app
110.400 (m)
Maximum hogging moment
14531.69 (t*m)
29.1% Distance from app
50.800 (m)
13.7 (mm)
Distance from app
55.600 (m)
Max. deflection
9/9/2019 DELFTship 11.30 (317)
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226
Intact stability
Stability booklet
Summary
The condition complies with the longitudinal strength criteria
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
227
Intact stability
Stability booklet
Weightlist
Description
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
Forward
(m)
FOT Day
50.3
32.160
0.000 (CL)
2.720
30.000
34.320
FOT 2 PS
26.2
121.166
1.438 (PS)
2.375
118.560
124.320
FOT 2 SB
26.2
121.166
-1.438 (SB)
2.375
118.560
124.320
BT B4.1.PS
94.8
78.960
2.582 (PS)
0.705
72.480
85.440
BT B4.1.SB
94.8
78.960
-2.582 (SB)
0.705
72.480
85.440
BT B4.2.PS
108.7
78.960
8.157 (PS)
0.746
72.480
85.440
BT B4.2.SB
108.7
78.960
-8.157 (SB)
0.746
72.480
85.440
BT B5.1.PS
100.1
92.280
2.582 (PS)
0.705
85.440
99.120
BT B5.1.SB
100.1
92.280
-2.582 (SB)
0.705
85.440
99.120
BT B5.2.PS
112.3
92.174
8.098 (PS)
0.747
85.440
99.120
BT B5.2.SB
112.3
92.174
-8.098 (SB)
0.747
85.440
99.120
BT B6.1PS
94.8
105.600
2.582 (PS)
0.705
99.120
112.080
BT B6.1.SB
94.8
105.600
-2.582 (SB)
0.705
99.120
112.080
BT B6.2.PS
63.9
104.418
7.122 (PS)
0.766
99.120
112.080
BT B6.2.SB
63.9
104.418
-7.122 (SB)
0.766
99.120
112.080
BT B7.PS
51.7
115.126
2.862 (PS)
0.735
112.080
118.560
BT B7.SB
51.7
115.126
-2.862 (SB)
0.735
112.080
118.560
BT B8.PS
31.2
121.245
1.957 (PS)
0.741
118.560
124.320
BT B8.SB
31.2
121.245
-1.957 (SB)
0.741
118.560
124.320
BT H4.PS
92.3
78.960
9.073 (PS)
2.719
72.480
85.440
BT H4.SB
92.3
78.960
-9.073 (SB)
2.719
72.480
85.440
BT H5.PS
97.5
92.280
9.073 (PS)
2.720
85.440
99.120
BT H5.SB
97.5
92.280
-9.073 (SB)
2.720
85.440
99.120
ERT1 PS
3.5
24.535
1.151 (PS)
0.085
17.760
30.000
ERT1 SB
3.5
24.535
-1.151 (SB)
0.085
17.760
30.000
ERT2 PS
2.2
27.136
3.339 (PS)
0.218
18.204
30.000
ERT2 SB
2.2
27.136
-3.339 (SB)
0.218
18.204
30.000
Forecastle
40.0
134.570
0.000 (CL)
13.500
129.360
145.000
Aftercastle
170.0
4.390
0.000 (CL)
13.500
-5.000
13.440
Superstructure
180.0
9.720
0.000 (CL)
23.000
5.400
13.440
Engine
280.0
21.660
0.000 (CL)
4.660
17.560
25.760
Other machinery in ER
410.0
21.660
0.000 (CL)
5.000
12.000
30.000
Hatch covers
670.0
76.600
0.000 (CL)
14.600
34.044
118.180
Aft equipment
20.0
0.000
0.000 (CL)
15.200
-5.000
5.400
Fore equipment
90.0
136.250
0.000 (CL)
15.200
129.360
141.083
Ship Systems
150.0
86.100
0.000 (CL)
7.950
-5.000
145.000
Electrical systems
120.0
86.100
0.000 (CL)
7.950
-5.000
145.000
hull 1
435.6
16.777
0.000 (CL)
4.800
-5.000
30.000
hull 2
378.3
37.862
0.000 (CL)
4.800
30.000
45.000
hull 3
465.5
52.674
0.000 (CL)
4.800
45.000
60.000
hull 4
995.6
75.000
0.000 (CL)
4.800
60.000
90.000
hull 5
485.4
97.436
0.000 (CL)
4.800
90.000
105.000
hull 6
502.5
114.150
0.000 (CL)
4.800
105.000
125.000
hull 7
187.2
131.667
0.000 (CL)
4.800
125.000
145.000
Reserve
430.0
70.960
0.000 (CL)
9.703
-5.000
145.000
40.0
9.720
0.000 (CL)
23.000
5.400
13.440
1st Column
532.0
17.599
0.000 (CL)
12.609
14.570
20.628
2nd Column
532.0
24.257
0.000 (CL)
12.609
21.228
27.286
3rd Column
532.0
30.415
0.000 (CL)
12.609
27.386
33.444
crew
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
228
Intact stability
Stability booklet
Weightlist
Description
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
(m)
4th Column
728.0
37.949
0.000 (CL)
12.609
34.920
40.978
5th Column
812.0
44.107
0.000 (CL)
12.609
41.078
47.136
6th Column
812.0
50.765
0.000 (CL)
12.609
47.736
53.794
7th Column
812.0
56.923
0.000 (CL)
12.609
53.894
59.952
8th Column
812.0
63.581
0.000 (CL)
12.609
60.552
66.610
9th Column
812.0
69.739
0.000 (CL)
12.609
66.710
72.768
10th Column
812.0
76.397
0.000 (CL)
12.609
73.368
79.426
11th Column
812.0
82.555
0.000 (CL)
12.609
79.526
85.584
12th Column
812.0
89.213
0.000 (CL)
12.609
86.184
92.242
13th Column
812.0
95.371
0.000 (CL)
12.609
92.342
98.400
14th Column
728.0
102.029
0.000 (CL)
12.609
99.000
105.058
15th Column
588.0
108.773
0.000 (CL)
12.609
105.744
111.802
16th Column
532.0
115.431
0.000 (CL)
12.609
112.402
118.460
17th Column
308.0
122.809
0.000 (CL)
12.609
119.780
125.838
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
Forward
229
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
-5.013
0.0
0.0
0.0
0.00
0.0
0
0.0
0.0
-5.000
0.0
0.0
0.0
0.00
0.0
0
0.0
0.0
-4.000
18.1
0.8
17.3
17.50
1.2
14
1.6
0.3
-3.000
18.7
2.0
16.7
34.51
2.1
46
2.6
0.6
-2.000
19.2
3.4
15.8
50.80
2.7
94
3.5
0.9
-1.000
19.8
5.0
14.8
66.10
3.1
158
4.4
1.3
0.000
20.3
6.7
13.6
80.34
3.5
237
5.3
1.6
1.000
20.9
8.5
12.3
93.29
3.7
330
6.2
1.9
2.000
21.4
10.5
11.0
104.97
3.8
434
7.0
2.2
3.000
22.0
12.5
9.5
115.16
3.9
550
7.7
2.5
4.000
22.5
16.5
6.0
123.08
3.8
675
8.4
2.8
5.000
23.1
22.1
1.0
126.67
3.7
806
9.0
3.1
6.000
44.1
30.5
13.6
135.84
3.7
941
9.6
3.4
7.000
46.2
36.6
9.7
147.35
3.8
1088
10.2
3.7
8.000
48.3
42.4
5.9
155.22
3.8
1245
10.7
4.0
9.000
50.5
48.2
2.3
159.24
3.7
1408
11.3
4.4
10.000
52.6
54.0
-1.4
159.75
3.5
1574
11.8
4.7
11.000
54.7
59.6
-4.9
156.51
3.3
1737
12.2
5.0
12.000
56.8
65.2
-8.4
149.88
3.0
1896
12.5
5.3
13.000
77.3
70.8
6.5
157.73
3.1
2056
12.8
5.6
14.000
35.8
76.2
-40.4
138.42
2.6
2215
13.1
5.9
15.000
124.7
81.6
43.1
133.53
2.4
2347
13.2
6.2
16.000
125.8
87.0
38.9
174.59
3.0
2506
13.4
6.5
17.000
126.9
92.2
34.7
211.28
3.5
2706
13.8
6.8
18.000
162.6
97.4
65.1
259.11
4.1
2942
14.4
7.1
19.000
163.7
102.5
61.2
322.18
5.0
3240
15.1
7.4
20.000
164.9
107.5
57.4
381.55
5.7
3596
16.1
7.6
21.000
78.3
112.3
-34.1
404.38
5.8
4004
17.3
7.9
22.000
167.3
117.0
50.3
436.44
6.1
4424
18.4
8.2
23.000
168.4
121.4
47.0
485.00
6.6
4891
19.6
8.5
24.000
169.6
125.8
43.8
530.46
7.0
5403
20.9
8.8
25.000
170.8
129.9
40.9
572.75
7.3
5962
22.3
9.0
26.000
137.8
133.9
3.9
604.08
7.6
6558
23.7
9.3
27.000
139.0
137.7
1.3
606.63
7.5
7169
25.1
9.6
28.000
140.1
141.3
-1.2
597.93
7.2
7776
26.4
9.8
29.000
141.3
144.9
-3.6
595.48
7.1
8378
27.7
10.1
30.000
142.5
148.3
-5.8
590.81
6.9
8977
28.8
10.3
31.000
126.1
151.6
-25.5
566.63
6.5
9561
29.8
10.6
32.000
126.0
154.8
-28.8
539.74
6.1
10120
30.7
10.8
33.000
126.5
157.9
-31.4
509.59
5.6
10650
31.5
11.0
34.000
39.2
160.9
-121.7
428.16
4.7
11136
32.0
11.3
35.000
155.9
163.8
-7.9
314.27
3.4
11510
32.3
11.5
36.000
156.5
166.6
-10.2
305.24
3.2
11825
32.4
11.7
37.000
157.0
169.4
-12.4
293.89
3.0
12130
32.4
11.9
38.000
157.5
172.0
-14.5
280.45
2.9
12423
32.4
12.0
39.000
158.0
174.6
-16.6
264.84
2.7
12701
32.4
12.2
40.000
158.5
177.0
-18.5
247.33
2.4
12963
32.3
12.4
41.000
38.8
179.4
-140.5
225.23
2.2
13207
32.2
12.5
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
230
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
42.000
173.4
181.6
-8.3
207.38
2.0
13424
32.1
12.7
43.000
173.9
183.8
-9.9
198.25
1.9
13632
31.9
12.8
44.000
174.4
185.9
-11.5
187.58
1.8
13831
31.7
13.0
45.000
174.9
187.8
-12.9
175.36
1.7
14018
31.5
13.1
46.000
175.2
189.7
-14.5
161.64
1.5
14192
31.2
13.2
47.000
175.5
191.5
-15.9
146.40
1.4
14351
31.0
13.3
48.000
175.8
193.1
-17.3
49.38
0.5
14450
30.6
13.4
49.000
176.2
194.6
-18.5
31.47
0.3
14496
30.1
13.4
50.000
176.5
196.0
-19.6
12.46
0.1
14524
29.6
13.5
51.000
176.8
197.3
-20.5
-7.63
0.1
14531
29.1
13.6
52.000
177.1
198.5
-21.4
-28.57
0.3
14519
28.6
13.6
53.000
177.4
199.4
-22.0
-50.29
0.4
14485
28.0
13.6
54.000
177.7
200.3
-22.6
-86.00
0.8
14427
27.4
13.7
55.000
178.0
201.0
-22.9
-108.76
0.9
14335
26.8
13.7
56.000
178.3
201.5
-23.1
-131.81
1.1
14221
26.6
13.7
57.000
178.6
201.9
-23.2
-155.00
1.3
14082
26.3
13.7
58.000
179.0
202.1
-23.2
-178.21
1.5
13922
26.0
13.6
59.000
179.3
202.3
-23.0
-201.30
1.7
13737
25.7
13.6
60.000
45.5
202.3
-156.8
-230.61
2.0
13530
25.3
13.6
61.000
179.6
202.2
-22.6
-327.28
2.8
13240
24.8
13.5
62.000
179.6
202.1
-22.5
-349.86
3.0
12907
24.1
13.5
63.000
179.6
202.0
-22.3
-372.26
3.2
12551
23.5
13.4
64.000
179.7
201.8
-22.1
-394.47
3.4
12174
22.8
13.3
65.000
179.7
201.6
-21.9
-416.46
3.6
11773
22.0
13.2
66.000
179.7
201.4
-21.7
-438.24
3.8
11352
21.2
13.1
67.000
179.7
201.2
-21.5
-473.20
4.1
10903
20.4
13.0
68.000
179.8
201.0
-21.2
-494.55
4.3
10425
19.5
12.9
69.000
179.8
200.8
-21.0
-515.68
4.5
9925
18.6
12.8
70.000
179.8
200.6
-20.8
-536.60
4.6
9405
17.6
12.7
71.000
179.8
200.4
-20.6
-557.29
4.8
8863
16.6
12.6
72.000
179.9
200.2
-20.4
-577.78
5.0
8302
15.5
12.4
73.000
91.5
200.0
-108.6
-605.41
5.2
7720
14.4
12.3
74.000
225.6
199.9
25.7
-629.14
5.4
7094
13.3
12.1
75.000
225.6
199.7
25.9
-603.33
5.2
6484
12.1
12.0
76.000
225.6
199.5
26.1
-577.31
5.0
5899
11.0
11.8
77.000
225.6
199.3
26.3
-551.06
4.8
5341
10.0
11.6
78.000
225.7
199.1
26.6
-524.61
4.5
4808
9.0
11.5
79.000
225.7
198.9
26.8
-497.93
4.3
4303
8.0
11.3
80.000
225.7
198.7
27.0
-484.46
4.2
3816
7.1
11.1
81.000
225.7
198.5
27.2
-457.35
4.0
3351
6.3
10.9
82.000
225.7
198.3
27.4
-430.04
3.7
2912
5.4
10.8
83.000
225.8
198.1
27.6
-402.50
3.5
2502
4.7
10.6
84.000
225.8
197.9
27.9
-374.76
3.2
2118
4.0
10.4
85.000
225.8
197.7
28.1
-346.80
3.0
1764
3.3
10.2
86.000
92.2
197.6
-105.4
-374.17
3.3
1424
2.7
10.0
87.000
226.1
197.4
28.7
-370.15
3.2
1048
2.0
9.8
88.000
226.0
197.2
28.8
-341.36
3.0
697
1.3
9.6
89.000
225.9
197.0
28.9
-312.47
2.8
377
0.7
9.5
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
231
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
90.000
225.8
196.8
29.0
-283.48
2.5
84
0.2
9.3
91.000
225.6
196.6
29.1
-254.43
2.3
-179
0.4
9.1
92.000
225.4
196.3
29.2
-225.34
2.0
-414
1.0
8.9
93.000
225.2
195.8
29.4
-209.46
1.9
-628
1.5
8.7
94.000
225.0
195.1
29.9
-179.80
1.6
-818
2.0
8.5
95.000
224.8
194.1
30.8
-149.45
1.4
-977
2.4
8.3
96.000
224.6
192.7
31.9
-118.15
1.1
-1106
2.8
8.1
97.000
224.4
191.0
33.5
-85.44
0.8
-1201
3.1
7.9
98.000
224.2
188.8
35.4
-51.07
0.5
-1265
3.4
7.8
99.000
90.0
186.3
-96.3
-94.95
0.9
-1317
3.6
7.6
100.000
194.7
183.4
11.3
-82.92
0.8
-1399
3.9
7.4
101.000
193.8
180.2
13.6
-70.44
0.7
-1470
4.2
7.2
102.000
192.9
176.6
16.2
-55.59
0.5
-1528
4.4
7.0
103.000
191.9
172.9
19.1
-37.90
0.4
-1569
4.7
6.8
104.000
191.0
168.9
22.1
-17.38
0.2
-1592
4.8
6.7
105.000
190.1
164.7
25.4
6.36
0.1
-1592
5.0
6.5
106.000
165.5
160.4
5.2
-55.18
0.6
-1618
5.2
6.3
107.000
164.1
155.9
8.2
-48.45
0.5
-1664
5.5
6.1
108.000
162.6
151.3
11.4
-38.75
0.4
-1702
5.7
6.0
109.000
161.2
146.5
14.6
-25.68
0.3
-1729
6.0
5.8
110.000
159.7
141.7
18.0
-9.42
0.1
-1742
6.2
5.6
111.000
158.3
136.8
21.5
10.41
0.1
-1736
6.4
5.4
112.000
59.8
131.8
-72.0
14.39
0.2
-1711
6.5
5.3
113.000
145.8
126.7
19.1
-3.53
0.0
-1710
6.7
5.1
114.000
144.3
121.7
22.7
17.26
0.2
-1698
6.8
4.9
115.000
142.8
116.5
26.3
41.79
0.6
-1663
6.9
4.8
116.000
141.3
111.4
29.9
69.79
1.0
-1603
6.9
4.6
117.000
139.8
106.3
33.5
101.54
1.6
-1511
6.7
4.4
118.000
138.3
101.3
37.0
136.73
2.2
-1387
6.4
4.3
119.000
52.1
96.3
-44.2
126.45
2.1
-1241
6.0
4.1
120.000
100.6
91.3
9.3
94.72
1.7
-1129
5.6
3.9
121.000
98.3
86.4
11.9
105.37
1.9
-1023
5.3
3.8
122.000
96.0
81.7
14.4
118.45
2.3
-906
4.9
3.6
123.000
93.7
77.0
16.7
134.04
2.7
-775
4.4
3.5
124.000
91.5
72.5
18.9
151.83
3.2
-627
3.7
3.3
125.000
75.2
68.1
7.0
161.91
3.6
-463
2.9
3.2
126.000
23.4
63.9
-40.5
162.37
3.8
-292
1.9
3.0
127.000
22.5
59.7
-37.3
123.57
3.0
-144
1.0
2.8
128.000
21.6
55.7
-34.1
87.82
2.3
-33
0.2
2.7
129.000
20.6
51.8
-31.1
55.25
1.5
43
0.3
2.5
130.000
28.7
47.9
-19.2
31.23
0.9
92
0.6
2.4
131.000
28.1
44.2
-16.0
13.66
0.4
119
0.8
2.2
132.000
27.6
40.5
-13.0
-0.90
0.0
131
1.0
2.0
133.000
27.0
37.0
-9.9
-12.28
0.4
129
1.1
1.9
134.000
26.5
33.5
-7.0
-20.80
0.8
118
1.1
1.7
135.000
25.9
30.1
-4.1
-26.31
1.1
100
1.0
1.6
136.000
25.4
26.8
-1.4
-29.13
1.4
78
0.8
1.4
137.000
24.8
23.6
1.2
-29.15
1.6
54
0.7
1.3
9/9/2019 DELFTship 11.30 (317)
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232
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
138.000
24.2
20.5
3.7
-26.71
1.6
31
0.4
1.1
139.000
23.7
17.7
6.0
-21.78
1.5
12
0.2
0.9
140.000
23.1
15.0
8.2
-14.71
1.3
-1
0.0
0.8
141.000
22.6
12.4
10.2
-5.52
0.6
-5
0.2
0.6
142.000
9.7
9.9
-0.2
-5.42
0.8
-5
0.2
0.5
143.000
8.4
7.4
1.0
-5.03
1.1
-5
0.3
0.3
144.000
7.2
4.8
2.3
-3.42
1.5
-4
0.5
0.2
145.000
5.9
0.0
5.9
0.00
0.0
0
0.0
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
233
Intact stability
Stability booklet
No cargo - Departure
1116 TEU - Multipurpose
Designer
Nemanja Surbatovic
Created by
Nemanja Surbatovic
Comment
Filename
Nemanja Surbatovic Final.fbm
Design length
145.00 (m)
Midship location
72.500 (m)
Length over all
150.00 (m)
Relative water density
1.0250
Design beam
24.840 (m)
Mean shell thickness
0.0130 (m)
Maximum beam
24.840 (m)
Appendage coefficient
1.0000
Design draft
8.280 (m)
Calculation settings
Center of gravity of tanks containing liquids
:
Actual COG
Homogenous cargo
-5
0
0
5
10
15
10
20
25
30
20
35
40
45
30
50
55
60
40
65
70
75
50
80
85
90
60
95
100
105
70
110
115
120
125
80
130
90
135
140
145
100
150
155
110
160
165
170
120
175
180
185
130
190
195
200
205
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
234
Intact stability
Stability booklet
FOT 1 C Cargo Hold 1
BT AP.PS
BT AP.PS
BT AP.SB
FOT 2 PS
BT FP
FOT 1 C
FOT 1 SB
FOT 1 PS
BT S0.SB
BT S0.PS
FOT Day
ERT1 PS
-5
0
5
10
15
20
25
30
35
40
45
BT B0.PS
50
55
Cargo Hold 1
BT H1.PS
BT H1.SB
FOT Day
BT B1.1.PS
60
65
70
BT B2.1.PS
75
80
85
BT B3.1.PS
90
95
100
105
BT B4.1.PS
110
115
120
BT B5.1.PS
125
130
135
140
BT B6.1PS
145
150
155
160
BT B7.PS BT B8.PS
165
170
175
180
185
190
195
200
205
0.000 (CL)
PS
#8
ERT1 PS
ERT1 SB
#38PS
ERT2
ERT2 SB
SB PS
BT B0.PS BT B0.SB
SB PS
#48
BT B1.1.PS BT B1.2.SB
BT B1.2.PS
BT B1.1.SB
SB PS
#57
SB
FOT 1 PS
FOT 2 PS
FOT 1 C Cargo Hold 1
10.000
FOT 2 SB
FOT 1 SB
BT S2.PS
BT S2.SB BT S3.PS
BT H2.PS
BT S2.PS
BT S0.PS
BT S3.PS
BT S4.PS
BT H2.SB
BT B2.1.PS
BT B2.2.SB
BT B2.2.PS
BT B2.1.SB
BT S5.PS
BT H1.PS
BT H6.PS
PS
#77
SB PS
BT S3.SB BT S4.PS
BT H3.PS
BT H3.SB
BT B3.1.PS
BT 3.2.SB
BT B3.2.PS
BT B3.1.SB
#95
SB PS
BT S4.SB BT S5.PS
BT H4.PS
BT H4.SB
#113
BT S5.SB
BT H5.PS
BT B4.1.PS
BT B4.2.SB
BT B4.2.PS
BT B4.1.SB
BT H5.SB
BT B5.1.PS BT B5.2.SB
BT B5.2.PS
BT B5.1.SB
SB PS
#131
SB
BT H7.PS
FOT 1 PS
BT AP.PS
FOT 2 PS
FOT 1 C Cargo Hold 1
BT FP 8.300
BT AP.SB
FOT 2 SB
FOT 1 SB
BT H7.SB
BT S0.SB
BT H6.SB
BT H1.SB
BT S2.SB
BT S2.PS
BT S0.PS
BT H1.PS
BT H2.PS
BT S3.SB
BT S4.SB
BT S5.SB
BT S3.PS
BT S4.PS
BT S5.PS
BT H3.PS
BT H4.PS
BT H5.PS
BT H6.PS
BT H6.SB
BT H7.PS
BT H7.SB
FOT 2 PS
FOT 2 SB
BT FP
BT H6.PS
BT B6.2.SB
BT B6.1PS
BT B6.2.PS
BT B6.1.SB
BT H7.PS
FOT 1 PS
PS
#151
SB PS
BT B7.PS
BT B8.PS
BT B8.SB
BT B7.SB
#163
SB PS
#171
SB PS
#199
SB
FOT 2 PS
FOT Day Cargo Hold 1
FOT 2 SB
FOT 1 SB
BT FP 2.500
Cargo
BT H7.SB
Fuel
BT S0.SB
BT H1.SB
BT H2.SB
BT H5.SB
BT H6.SB
BT H3.SB
BT H4.SB
BT S3.SB
BT S4.SB
BT S5.SB
BT B2.2.PS
BT B3.2.PS
BT B4.2.PS
BT B5.2.PS
BT B1.1.PS
BT B2.1.PS
BT B3.1.PS
BT B4.1.PS
BT B5.1.PS
BT B6.1PS
BT B7.PS
BT B1.1.SB
BT B2.1.SB
BT B3.1.SB
BT B4.1.SB
BT B5.1.SB
BT B6.1.SB
BT B7.SB
BT B2.2.SB
BT 3.2.SB
BT B4.2.SB
BT B5.2.SB
BT S2.SB
Other Stores
Ballast
BT B1.2.PS
ERT2 PS
BT B0.PS
BT B6.2.PS
ERT1 PS
ERT2 SB
BT B8.PS
0.700
ERT1 SB
BT B0.SB
BT B1.2.SB
BT B8.SB
BT B6.2.SB
Hydrostatic particulars
List
GG'
0.000 (m)
Draft aft pp
0.0 (CL) (Degr.)
5.027 (m)
VCG'
7.404 (m)
Mean moulded draft
3.226 (m)
Max VCG'
10.472 (m)
Draft forward pp
1.425 (m)
GM solid
7.605 (m)
Trim
-3.602 (m)
G'M liquid
KM
15.008 (m)
Immersion rate
7.605 (m)
VCG
7.404 (m)
MCT
24.248 (t/cm)
152.6 (t*m/cm)
Summary
Description
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
Crew
40.0
9.720
0.000
23.000
0.0
Cargo
0.0
0.000
0.000
0.000
1026.0
67.201
0.000
7.369
0.0
114.0
24.486
0.000
0.772
0.0
0.0
0.000
0.000
0.000
0.0
Lightship
6010.0
64.939
0.000 (CL)
7.431
Deadweight
1180.0
61.126
0.000 (CL)
7.261
0.0
Displacement
7190.0
64.313
0.000 (CL)
7.404
0.0
Fuel
Other Stores
Ballast
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
235
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000 (CL)
23.000
0.0
Crew
crew
Cargo
Cargo Hold 1
0.6382
0.0
0.0
37.560
0.000 (CL)
8.904
0.0
FOT 1 C
0.8901
100.0
148.5
32.160
0.000 (CL)
8.014
0.0
FOT 1 PS
0.8901
100.0
211.8
32.160
5.508 (PS)
7.423
0.0
FOT 1 SB
0.8901
100.0
211.8
32.160
-5.508 (SB)
7.423
0.0
FOT Day
0.8901
100.0
50.3
32.160
0.000 (CL)
2.720
0.0
FOT 2 PS
0.8901
100.0
201.8
121.245
2.263 (PS)
7.654
0.0
FOT 2 SB
0.8901
100.0
201.8
121.245
-2.263 (SB)
7.654
0.0
1026.0
67.201
0.000 (CL)
7.369
0.0
Fuel
Totals for Fuel
Other Stores
ERT1 PS
0.9002
100.0
34.8
23.976
1.271 (PS)
0.719
0.0
ERT1 SB
0.9002
100.0
34.8
23.976
-1.271 (SB)
0.719
0.0
ERT2 PS
0.9002
100.0
22.2
25.286
3.658 (PS)
0.854
0.0
ERT2 SB
0.9002
100.0
22.2
25.286
-3.658 (SB)
0.854
0.0
114.0
24.486
0.000 (CL)
0.772
0.0
Totals for Other Stores
Ballast
BT AP.PS
1.0250
0.0
0.0
6.605
2.737 (PS)
7.914
0.0
BT AP.SB
1.0250
0.0
0.0
6.605
-2.737 (SB)
7.914
0.0
BT B0.PS
1.0250
0.0
0.0
32.217
3.335 (PS)
0.763
0.0
BT B0.SB
1.0250
0.0
0.0
32.217
-3.335 (SB)
0.763
0.0
BT B1.1.PS
1.0250
0.0
0.0
40.442
2.581 (PS)
0.705
0.0
BT B1.1.SB
1.0250
0.0
0.0
40.442
-2.581 (SB)
0.705
0.0
BT B1.2.PS
1.0250
0.0
0.0
41.270
6.985 (PS)
0.814
0.0
BT B1.2.SB
1.0250
0.0
0.0
41.270
-6.985 (SB)
0.814
0.0
BT B2.1.PS
1.0250
0.0
0.0
53.040
2.582 (PS)
0.705
0.0
BT B2.1.SB
1.0250
0.0
0.0
53.040
-2.582 (SB)
0.705
0.0
BT B2.2.PS
1.0250
0.0
0.0
53.327
7.908 (PS)
0.756
0.0
BT B2.2.SB
1.0250
0.0
0.0
53.327
-7.908 (SB)
0.756
0.0
BT B3.1.PS
1.0250
0.0
0.0
66.000
2.582 (PS)
0.705
0.0
BT B3.1.SB
1.0250
0.0
0.0
66.000
-2.582 (SB)
0.705
0.0
BT B3.2.PS
1.0250
0.0
0.0
66.003
8.155 (PS)
0.746
0.0
BT 3.2.SB
1.0250
0.0
0.0
66.003
-8.155 (SB)
0.746
0.0
BT B4.1.PS
1.0250
0.0
0.0
78.960
2.582 (PS)
0.705
0.0
BT B4.1.SB
1.0250
0.0
0.0
78.960
-2.582 (SB)
0.705
0.0
BT B4.2.PS
1.0250
0.0
0.0
78.960
8.157 (PS)
0.746
0.0
BT B4.2.SB
1.0250
0.0
0.0
78.960
-8.157 (SB)
0.746
0.0
BT B5.1.PS
1.0250
0.0
0.0
92.280
2.582 (PS)
0.705
0.0
BT B5.1.SB
1.0250
0.0
0.0
92.280
-2.582 (SB)
0.705
0.0
BT B5.2.PS
1.0250
0.0
0.0
92.174
8.098 (PS)
0.747
0.0
BT B5.2.SB
1.0250
0.0
0.0
92.174
-8.098 (SB)
0.747
0.0
BT B6.1PS
1.0250
0.0
0.0
105.600
2.582 (PS)
0.705
0.0
BT B6.1.SB
1.0250
0.0
0.0
105.600
-2.582 (SB)
0.705
0.0
9/9/2019 DELFTship 11.30 (317)
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236
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
BT B6.2.PS
1.0250
0.0
0.0
104.418
7.122 (PS)
0.766
0.0
BT B6.2.SB
1.0250
0.0
0.0
104.418
-7.122 (SB)
0.766
0.0
BT B7.PS
1.0250
0.0
0.0
115.126
2.862 (PS)
0.736
0.0
BT B7.SB
1.0250
0.0
0.0
115.126
-2.862 (SB)
0.736
0.0
BT B8.PS
1.0250
0.0
0.0
121.245
1.957 (PS)
0.741
0.0
BT B8.SB
1.0250
0.0
0.0
121.245
-1.957 (SB)
0.741
0.0
BT S0.PS
1.0250
0.0
0.0
32.282
8.654 (PS)
5.214
0.0
BT S0.SB
1.0250
0.0
0.0
32.282
-8.654 (SB)
5.214
0.0
BT S2.PS
1.0250
0.0
0.0
53.447
11.288 (PS)
5.566
0.0
BT S2.SB
1.0250
0.0
0.0
53.447
-11.288 (SB)
5.566
0.0
BT S3.PS
1.0250
0.0
0.0
66.004
11.391 (PS)
5.410
0.0
BT S3.SB
1.0250
0.0
0.0
66.004
-11.391 (SB)
5.410
0.0
BT S4.PS
1.0250
0.0
0.0
78.960
11.392 (PS)
5.409
0.0
BT S4.SB
1.0250
0.0
0.0
78.960
-11.392 (SB)
5.409
0.0
BT S5.PS
1.0250
0.0
0.0
92.050
11.354 (PS)
5.442
0.0
BT S5.SB
1.0250
0.0
0.0
92.050
-11.354 (SB)
5.442
0.0
BT H1.PS
1.0250
0.0
0.0
39.585
9.103 (PS)
5.032
0.0
BT H1.SB
1.0250
0.0
0.0
39.585
-9.103 (SB)
5.032
0.0
BT H2.PS
1.0250
0.0
0.0
53.040
9.073 (PS)
2.720
0.0
BT H2.SB
1.0250
0.0
0.0
53.040
-9.073 (SB)
2.720
0.0
BT H3.PS
1.0250
0.0
0.0
66.000
9.073 (PS)
2.720
0.0
BT H3.SB
1.0250
0.0
0.0
66.000
-9.073 (SB)
2.720
0.0
BT H4.PS
1.0250
0.0
0.0
78.960
9.073 (PS)
2.719
0.0
BT H4.SB
1.0250
0.0
0.0
78.960
-9.073 (SB)
2.719
0.0
BT H5.PS
1.0250
0.0
0.0
92.280
9.073 (PS)
2.720
0.0
BT H5.SB
1.0250
0.0
0.0
92.280
-9.073 (SB)
2.720
0.0
BT H6.PS
1.0250
0.0
0.0
105.915
8.603 (PS)
4.996
0.0
BT H6.SB
1.0250
0.0
0.0
105.915
-8.603 (SB)
4.996
0.0
BT H7.PS
1.0250
0.0
0.0
115.030
6.095 (PS)
5.317
0.0
BT H7.SB
1.0250
0.0
0.0
115.030
-6.095 (SB)
5.317
0.0
BT FP
1.0250
0.0
0.0
139.592
0.000 (CL)
6.087
0.0
0.0
0.000
0.000 (CL)
0.000
0.0
Lightship
6010.0
64.939
0.000 (CL)
7.431
Deadweight
1180.0
61.126
0.000 (CL)
7.261
0.0
Displacement
7190.0
64.313
0.000 (CL)
7.404
0.0
Totals for Ballast
9/9/2019 DELFTship 11.30 (317)
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237
Intact stability
Stability booklet
Righting levers
Heeling angle
Draft
Trim
Displacement
KN sin(ø)
VCG sin(ø)
GG' sin(ø)
TCG cos(ø)
GZ
Area
(Degr.)
(m)
(m)
(tonnes)
(m)
(m)
(m)
(m)
(m)
(mrad)
0.0º (CL)
3.226
-3.602
7190.0
0.000
0.000
0.000
0.000
0.000
0.000
2.5º (PS)
3.224
-3.601
7190.0
0.654
0.323
0.000
0.000
0.331
0.007
5.0º (PS)
3.218
-3.599
7190.0
1.307
0.645
0.000
0.000
0.661
0.029
10.0º (PS)
3.188
-3.592
7190.0
2.591
1.286
0.000
0.000
1.305
0.115
15.0º (PS)
3.120
-3.590
7190.0
3.812
1.916
0.000
0.000
1.896
0.255
20.0º (PS)
2.982
-3.627
7190.0
4.900
2.532
0.000
0.000
2.368
0.442
25.0º (PS)
2.740
-3.706
7190.0
5.807
3.129
0.000
0.000
2.678
0.664
30.0º (PS)
2.381
-3.784
7190.0
6.580
3.702
0.000
0.000
2.878
0.907
35.0º (PS)
1.879
-3.749
7189.9
7.285
4.246
0.000
0.000
3.039
1.165
40.0º (PS)
1.206
-3.574
7190.0
7.936
4.759
0.000
0.000
3.177
1.436
45.0º (PS)
0.350
-3.463
7190.0
8.456
5.235
0.000
0.000
3.221
1.716
50.0º (PS)
-0.715
-3.358
7190.0
8.819
5.671
0.000
0.000
3.148
1.995
55.0º (PS)
-2.073
-3.254
7190.0
9.034
6.065
0.000
0.000
2.970
2.263
60.0º (PS)
-3.928
-3.175
7190.0
9.173
6.412
0.000
0.000
2.762
2.513
65.0º (PS)
-6.584
-3.248
7190.0
9.255
6.710
0.000
0.000
2.545
2.745
70.0º (PS)
-10.508
-3.411
7190.0
9.212
6.957
0.000
0.000
2.255
2.955
75.0º (PS)
-16.945
-3.655
7190.0
9.056
7.151
0.000
0.000
1.905
3.136
80.0º (PS)
-29.767
-3.192
7189.9
8.914
7.291
0.000
0.000
1.623
3.290
85.0º (PS)
-68.233
-1.160
7190.0
8.740
7.375
0.000
0.000
1.365
3.420
90.0º (PS)
0.000
3435.812
7189.9
8.600
7.404
0.000
0.000
1.196
3.531
95.0º (PS)
85.397
-15.099
7190.0
8.395
7.375
0.000
0.000
1.020
3.628
100.0º (PS)
46.811
-11.653
7190.0
8.129
7.291
0.000
0.000
0.838
3.709
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Stability booklet
Stability curve
IMO MSC.267(85) - Minimum design criteria applicable to all ships
4.5
4.0
3.5
Angle of max GZ=44.4º
3.0
2.5
Righting lever (m)
2.0
No FSC
1.5
Downflooding angle=82.0º
Constant FSC
Area B=1.855
GM=7.605
1.0
Max. GZ at 30º or greater=3.222
0.5
Steady wind lever
Wind gust lever
Angle of heel under action of steady wind=0.8º
Gust equilibrium=1.2º
0.0
-0.5
-1.0
Area A=0.954
-1.5
-2.0
-2.5
Rollback angle=-29.3º
-30
-20
-10
0
10
20
30
40
50
60
70
80
90
100
Heeling angle (°)
Critical points
Description
Type
X coordinate
Y coordinate Z coordinate
Dist. to wl
Submersion angle
(m)
(m)
(m)
(m)
(Degr.)
0.000 (CL)
6.620
1.636
-
Main propeller
Marker
1.750
Bowthruster
Marker
136.120
0.000 (CL)
2.780
1.134
-
<>
Downflooding
7.000
8.000 (PS)
18.750
13.893
82.0 (PS)
Evaluation of criteria
IMO MSC.267(85) - Minimum design criteria applicable to all ships
International Code on Intact Stability (2008), Part A, §2.2 - §2.3
Description
Attained value
Area 0º - 30º
Area 0º - 40º
Area 30º - 40º
Max. GZ at 30º or greater
0.9066
1.4364
0.5299
3.222
(mrad)
(mrad)
(mrad)
(m)
Lower angle
30.0 (Degr.)
Upper angle
90.0 (Degr.)
Angle of max GZ
Initial metacentric height
Severe wind and rolling criterion (weather criterion)
Wind silhouette:
44.4 (Degr.)
7.605 (m)
>=
>=
>=
>=
>=
>=
Required value
0.0550
0.0900
0.0300
0.200
Complies
(mrad)
(mrad)
(mrad)
(m)
YES
YES
YES
YES
25.0 (Degr.)
0.150 (m)
YES
YES
YES
Homogenous cargo
9/9/2019 DELFTship 11.30 (317)
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Criterion
239
Intact stability
Stability booklet
Evaluation of criteria
Windspeed
50.54 (kn.)
51.4 (kg/m2)
Wind pressure
1853.09 (m2)
Wind area
Steady wind lever
0.108 (m)
Deck immersion angle
41.72 (Degr.)
Wind gust lever
0.162 (m)
Ratio of areaA/areaB
0.514
Maximum allowed static heeling angle
0.8 (Degr.)
Max allowed ratio static angle/deck immersion angle
0.020
<=
<=
<=
1.000
16.0 (Degr.)
0.800
YES
YES
YES
The condition complies with the stability criteria
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Stability booklet
Bending moment and shearforce calculation
175
150
125
100
75
25
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
Weight
Sectional areas
0
195 200 205
Load
-25
Weight (tonnes/m)
50
-50
-75
-100
-125
-150
-175
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Shear force
11000
10000
9000
8000
7000
6000
5000
4000
2000
1000
Shear force
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
0
195 200 205
-1000
-2000
Shear force (tonnes)
3000
-3000
-4000
-5000
-6000
-7000
-8000
-9000
-10000
-11000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
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Stability booklet
Bending moment
50000
40000
30000
10000
Bending moment
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-10000
Bending moment (t*m)
20000
-20000
-30000
-40000
-50000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Deflection
50
40
30
10
Deflection
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
Deflection (mm)
20
-10
-20
-30
-40
-50
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Summary
Mean moulded draft
3.226 (m)
Trim
Displacement
7190.0 (tonnes)
GM
Minimum shearforce
-908.9 (tonnes)
10.0% Distance from app
Maximum shearforce
1288.0 (tonnes)
-3.602 (m)
7.605 (m)
106.000 (m)
13.5% Distance from app
34.320 (m)
Maximum sagging moment
-2.3 (t*m)
Distance from app
144.000 (m)
Maximum hogging moment
40287.1 (t*m)
75.3% Distance from app
65.600 (m)
55.5 (mm)
Distance from app
68.800 (m)
Max. deflection
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242
Intact stability
Stability booklet
Summary
The condition complies with the longitudinal strength criteria
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Intact stability
Stability booklet
Weightlist
Description
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
Forward
(m)
FOT 1 C
148.5
32.160
0.000 (CL)
8.014
30.000
34.320
FOT 1 PS
211.8
32.160
5.508 (PS)
7.423
30.000
34.320
FOT 1 SB
211.8
32.160
-5.508 (SB)
7.423
30.000
34.320
FOT Day
50.3
32.160
0.000 (CL)
2.720
30.000
34.320
FOT 2 PS
201.8
121.245
2.263 (PS)
7.654
118.560
124.320
FOT 2 SB
201.8
121.245
-2.263 (SB)
7.654
118.560
124.320
ERT1 PS
34.8
23.976
1.271 (PS)
0.719
17.760
30.000
ERT1 SB
34.8
23.976
-1.271 (SB)
0.719
17.760
30.000
ERT2 PS
22.2
25.286
3.658 (PS)
0.854
17.760
30.000
ERT2 SB
22.2
25.286
-3.658 (SB)
0.854
17.760
30.000
Forecastle
40.0
134.570
0.000 (CL)
13.500
129.360
145.000
Aftercastle
170.0
4.390
0.000 (CL)
13.500
-5.000
13.440
Superstructure
180.0
9.720
0.000 (CL)
23.000
5.400
13.440
Engine
280.0
21.660
0.000 (CL)
4.660
17.560
25.760
Other machinery in ER
410.0
21.660
0.000 (CL)
5.000
12.000
30.000
Hatch covers
670.0
76.600
0.000 (CL)
14.600
34.044
118.180
Aft equipment
20.0
0.000
0.000 (CL)
15.200
-5.000
5.400
Fore equipment
90.0
136.250
0.000 (CL)
15.200
129.360
141.083
Ship Systems
150.0
86.100
0.000 (CL)
7.950
-5.000
145.000
Electrical systems
120.0
86.100
0.000 (CL)
7.950
-5.000
145.000
hull 1
435.6
16.777
0.000 (CL)
4.800
-5.000
30.000
hull 2
378.3
37.862
0.000 (CL)
4.800
30.000
45.000
hull 3
465.5
52.674
0.000 (CL)
4.800
45.000
60.000
hull 4
995.6
75.000
0.000 (CL)
4.800
60.000
90.000
hull 5
485.4
97.436
0.000 (CL)
4.800
90.000
105.000
hull 6
502.5
114.150
0.000 (CL)
4.800
105.000
125.000
hull 7
187.2
131.667
0.000 (CL)
4.800
125.000
145.000
Reserve
430.0
70.960
0.000 (CL)
9.703
-5.000
145.000
40.0
9.720
0.000 (CL)
23.000
5.400
13.440
crew
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Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
-5.000
17.6
0.0
17.6
0.0
0.0
0
0.0
0.0
-4.000
18.1
0.0
18.1
19.9
1.4
89
10.0
1.0
-3.000
18.7
0.0
18.7
39.8
2.4
178
10.0
2.1
-2.000
19.2
0.0
19.2
59.7
3.2
267
10.0
3.1
-1.000
19.8
0.0
19.8
79.6
3.8
356
10.0
4.2
0.000
20.3
0.0
20.3
99.4
4.3
445
10.0
5.2
1.000
20.9
0.0
20.9
119.3
4.7
534
10.0
6.3
2.000
21.4
0.0
21.4
139.2
5.0
623
10.0
7.3
3.000
22.0
0.0
22.0
159.1
5.3
712
10.0
8.3
4.000
22.5
1.7
20.8
179.8
5.6
854
10.7
9.4
5.000
23.1
4.4
18.7
199.6
5.8
1050
11.8
10.4
6.000
44.1
7.2
36.9
229.2
6.3
1267
12.9
11.5
7.000
46.2
9.8
36.4
265.8
6.9
1521
14.2
12.5
8.000
48.3
12.6
35.8
301.9
7.4
1809
15.6
13.5
9.000
50.5
15.4
35.1
337.3
7.9
2135
17.1
14.6
10.000
52.6
18.2
34.4
372.0
8.2
2494
18.7
15.6
11.000
54.7
20.9
33.7
406.1
8.6
2890
20.3
16.6
12.000
56.8
23.6
33.2
439.6
8.9
3317
21.9
17.7
13.000
77.3
26.3
51.0
490.5
9.5
3789
23.6
18.7
14.000
35.8
28.9
6.9
517.1
9.6
4302
25.4
19.7
15.000
36.9
31.5
5.4
523.2
9.3
4828
27.1
20.8
16.000
38.0
34.1
3.9
527.9
9.1
5359
28.6
21.8
17.000
39.1
36.7
2.4
531.1
8.8
5894
30.1
22.8
18.000
81.0
39.3
41.7
549.4
8.8
6435
31.4
23.8
19.000
82.6
41.9
40.6
590.5
9.1
7011
32.8
24.8
20.000
84.1
44.5
39.6
630.7
9.4
7626
34.2
25.8
21.000
85.7
47.0
38.7
669.8
9.7
8283
35.8
26.8
22.000
87.2
49.4
37.8
708.0
9.9
8976
37.3
27.8
23.000
88.7
51.8
37.0
745.4
10.1
9709
38.9
28.8
24.000
90.3
54.0
36.3
782.1
10.3
10478
40.5
29.7
25.000
91.8
56.2
35.7
818.0
10.5
11284
42.2
30.7
26.000
59.2
58.2
1.0
845.2
10.6
12123
43.9
31.7
27.000
60.8
60.2
0.6
846.0
10.4
12974
45.5
32.6
28.000
62.3
62.1
0.3
846.5
10.2
13826
47.0
33.6
29.000
63.9
63.9
0.0
846.6
10.1
14678
48.4
34.5
30.000
65.4
65.6
-0.2
846.5
9.9
15530
49.8
35.4
31.000
170.1
67.2
102.9
949.9
10.9
16436
51.2
36.3
32.000
170.6
68.8
101.8
1052.3
11.8
17440
52.9
37.2
33.000
171.1
70.3
100.8
1153.6
12.8
18551
54.8
38.1
34.000
171.7
71.8
99.9
1254.0
13.6
19758
56.9
39.0
35.000
35.8
73.2
-37.4
1262.7
13.5
21036
59.0
39.8
36.000
36.3
74.5
-38.2
1224.9
12.9
22286
61.0
40.7
37.000
36.8
75.8
-39.0
1186.3
12.3
23497
62.8
41.5
38.000
37.3
77.0
-39.7
1146.9
11.7
24669
64.4
42.3
39.000
37.8
78.2
-40.4
1106.9
11.1
25801
65.8
43.1
40.000
38.3
79.3
-41.0
1066.2
10.5
26894
67.1
43.9
41.000
38.8
80.3
-41.5
1025.0
10.0
27944
68.2
44.6
42.000
39.3
81.3
-42.0
983.2
9.5
28954
69.1
45.4
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Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
43.000
39.9
82.2
-42.4
941.0
9.0
29921
70.0
46.1
44.000
40.4
83.1
-42.7
898.5
8.5
30847
70.7
46.8
45.000
40.9
83.9
-43.0
855.6
8.1
31729
71.2
47.4
46.000
41.2
84.6
-43.4
812.3
7.6
32569
71.7
48.1
47.000
41.5
85.3
-43.8
768.7
7.1
33364
72.0
48.7
48.000
41.8
85.9
-44.1
724.8
6.7
34117
72.2
49.3
49.000
42.1
86.4
-44.2
680.6
6.2
34824
72.4
49.9
50.000
42.4
86.8
-44.3
636.3
5.7
35489
72.4
50.4
51.000
42.7
87.1
-44.4
592.0
5.3
36107
72.4
50.9
52.000
43.1
87.3
-44.3
547.6
4.9
36683
72.2
51.4
53.000
43.4
87.5
-44.1
503.4
4.4
37213
72.0
51.9
54.000
43.7
87.5
-43.8
459.4
4.0
37701
71.7
52.3
55.000
44.0
87.4
-43.5
415.8
3.6
38143
71.3
52.7
56.000
44.3
87.3
-43.0
372.5
3.2
38544
72.1
53.1
57.000
44.6
87.0
-42.4
329.8
2.9
38899
72.8
53.5
58.000
44.9
86.7
-41.8
287.7
2.5
39214
73.3
53.8
59.000
45.2
86.3
-41.0
246.4
2.1
39486
73.9
54.1
60.000
45.5
85.8
-40.2
205.7
1.8
39718
74.3
54.4
61.000
45.6
85.2
-39.6
165.8
1.4
39908
74.6
54.6
62.000
45.6
84.6
-39.0
126.4
1.1
40060
74.9
54.8
63.000
45.6
84.0
-38.4
87.7
0.8
40172
75.1
55.0
64.000
45.6
83.4
-37.7
49.7
0.4
40247
75.3
55.2
65.000
45.7
82.7
-37.1
12.3
0.1
40282
75.3
55.3
66.000
45.7
82.1
-36.4
-24.5
0.2
40282
75.3
55.4
67.000
45.7
81.5
-35.8
-60.6
0.5
40244
75.3
55.4
68.000
45.7
80.8
-35.1
-96.1
0.8
40172
75.1
55.5
69.000
45.8
80.2
-34.5
-130.8
1.1
40063
74.9
55.5
70.000
45.8
79.6
-33.8
-165.0
1.4
39921
74.7
55.5
71.000
45.8
79.0
-33.2
-198.5
1.7
39744
74.3
55.4
72.000
45.8
78.3
-32.5
-231.3
2.0
39535
73.9
55.3
73.000
45.8
77.7
-31.8
-263.4
2.3
39293
73.5
55.2
74.000
45.9
77.1
-31.2
-295.0
2.6
39020
73.0
55.1
75.000
45.9
76.4
-30.5
-325.8
2.8
38714
72.4
54.9
76.000
45.9
75.8
-29.9
-356.0
3.1
38379
71.8
54.7
77.000
45.9
75.2
-29.2
-385.6
3.3
38013
71.1
54.5
78.000
46.0
74.5
-28.6
-414.5
3.6
37619
70.4
54.2
79.000
46.0
73.9
-27.9
-442.7
3.8
37195
69.6
54.0
80.000
46.0
73.3
-27.3
-470.3
4.1
36744
68.7
53.7
81.000
46.0
72.6
-26.6
-497.2
4.3
36265
67.8
53.3
82.000
46.1
72.0
-25.9
-523.5
4.5
35761
66.9
53.0
83.000
46.1
71.4
-25.3
-549.1
4.8
35229
65.9
52.6
84.000
46.1
70.7
-24.6
-574.1
5.0
34674
64.9
52.2
85.000
46.1
70.1
-24.0
-598.3
5.2
34092
63.8
51.7
86.000
46.2
69.5
-23.3
-622.0
5.4
33488
62.6
51.3
87.000
46.2
68.8
-22.7
-645.0
5.6
32859
61.5
50.8
88.000
46.2
68.2
-22.0
-667.4
5.9
32209
60.2
50.3
89.000
46.2
67.6
-21.4
-689.0
6.1
31536
59.0
49.7
90.000
46.2
67.0
-20.7
-710.1
6.3
30842
57.7
49.2
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
246
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
91.000
46.2
66.3
-20.2
-730.5
6.5
30126
56.4
48.6
92.000
46.1
65.6
-19.6
-750.4
6.7
29392
55.0
48.0
93.000
46.0
64.9
-18.9
-769.6
6.9
28637
54.1
47.4
94.000
45.9
64.0
-18.1
-788.2
7.1
27863
53.7
46.8
95.000
45.8
63.1
-17.3
-805.9
7.3
27071
53.2
46.1
96.000
45.7
62.0
-16.2
-822.6
7.5
26263
52.6
45.4
97.000
45.6
60.7
-15.1
-838.3
7.7
25437
52.0
44.7
98.000
45.6
59.3
-13.7
-852.7
7.8
24597
51.4
44.0
99.000
45.5
57.7
-12.3
-865.7
8.0
23743
50.7
43.2
100.000
45.4
56.0
-10.7
-877.2
8.1
22877
49.9
42.5
101.000
45.3
54.2
-9.0
-887.0
8.4
22000
49.1
41.7
102.000
45.2
52.4
-7.2
-895.1
8.7
21115
48.2
40.9
103.000
45.1
50.4
-5.3
-901.3
9.0
20222
47.3
40.1
104.000
45.0
48.4
-3.4
-905.7
9.2
19323
46.3
39.3
105.000
44.9
46.4
-1.5
-908.1
9.5
18422
45.2
38.5
106.000
44.3
44.4
-0.1
-908.9
9.7
17518
44.1
37.6
107.000
43.7
42.4
1.3
-908.2
10.0
16615
42.9
36.8
108.000
43.1
40.3
2.8
-906.2
10.3
15713
41.7
35.9
109.000
42.5
38.3
4.2
-902.7
10.5
14814
40.4
35.0
110.000
41.9
36.3
5.5
-897.9
10.8
13919
39.1
34.1
111.000
41.2
34.4
6.9
-891.7
11.0
13030
37.6
33.2
112.000
40.6
32.4
8.2
-884.2
11.3
12147
36.1
32.3
113.000
40.0
30.5
9.5
-875.3
11.5
11272
34.6
31.4
114.000
39.4
28.7
10.7
-865.2
11.8
10407
33.0
30.5
115.000
38.8
26.9
11.9
-853.9
12.0
9553
31.3
29.5
116.000
38.2
25.1
13.1
-841.4
12.2
8711
29.5
28.6
117.000
37.5
23.4
14.1
-827.8
12.5
7882
27.6
27.6
118.000
36.9
21.8
15.2
-813.2
12.7
7066
25.7
26.7
119.000
110.2
20.2
90.0
-767.7
12.5
6273
23.7
25.7
120.000
104.6
18.7
86.0
-679.7
11.5
5553
21.8
24.8
121.000
99.1
17.2
81.8
-595.8
10.6
4923
20.1
23.8
122.000
93.5
15.8
77.6
-516.0
9.6
4371
18.7
22.8
123.000
87.9
14.5
73.4
-440.6
8.5
3900
17.4
21.8
124.000
82.3
13.3
69.0
-369.3
7.5
3499
16.4
20.9
125.000
24.3
12.2
12.1
-339.3
7.2
3157
15.5
19.9
126.000
23.4
11.1
12.3
-327.1
7.3
2829
14.6
18.9
127.000
22.5
10.1
12.4
-314.7
7.5
2514
13.7
17.9
128.000
21.6
9.1
12.5
-302.3
7.6
2210
12.8
16.9
129.000
20.6
8.2
12.4
-289.8
7.7
1920
11.8
15.9
130.000
28.7
7.3
21.4
-271.7
7.7
1643
10.8
14.9
131.000
28.1
6.6
21.6
-250.2
7.6
1388
9.7
13.9
132.000
27.6
5.8
21.8
-228.5
7.5
1153
8.7
12.9
133.000
27.0
5.1
21.9
-206.7
7.3
942
7.7
12.0
134.000
26.5
4.4
22.0
-184.7
7.2
751
6.7
11.0
135.000
25.9
3.8
22.1
-162.6
6.9
583
5.7
10.0
136.000
25.4
3.3
22.1
-140.5
6.7
436
4.8
9.0
137.000
24.8
2.8
22.0
-118.5
6.3
313
3.8
8.0
138.000
24.2
2.3
21.9
-96.5
5.9
210
2.9
7.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
247
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
139.000
23.7
1.9
21.8
-74.6
5.3
131
2.1
6.0
140.000
23.1
1.6
21.5
-53.0
4.5
72
1.4
5.0
141.000
22.6
1.3
21.2
-31.6
3.4
35
0.9
4.0
142.000
9.7
1.1
8.6
-21.5
3.1
14
0.5
3.0
143.000
8.4
0.8
7.6
-13.4
2.9
2
0.1
2.0
144.000
7.2
0.5
6.7
-6.3
2.7
-2
0.3
1.0
145.000
5.9
0.0
5.9
0.0
0.0
0
0.0
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
248
Intact stability
Stability booklet
No cargo - Departure - Ballasted
1116 TEU - Multipurpose
Designer
Nemanja Surbatovic
Created by
Nemanja Surbatovic
Comment
Filename
Nemanja Surbatovic Final.fbm
Design length
145.00 (m)
Midship location
72.500 (m)
Length over all
150.00 (m)
Relative water density
1.0250
Design beam
24.840 (m)
Mean shell thickness
0.0130 (m)
Maximum beam
24.840 (m)
Appendage coefficient
1.0000
Design draft
8.280 (m)
Calculation settings
Center of gravity of tanks containing liquids
:
Actual COG
Homogenous cargo
-5
0
0
5
10
15
10
20
25
30
20
35
40
45
30
50
55
60
40
65
70
75
50
80
85
90
60
95
100
105
70
110
115
120
125
80
130
90
135
140
145
100
150
155
110
160
165
170
120
175
180
185
130
190
195
200
205
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
249
Intact stability
Stability booklet
FOT 1 C Cargo Hold 1
BT AP.PS
BT AP.PS
BT AP.SB
FOT 2 PS
BT FP
FOT 1 C
FOT 1 SB
FOT 1 PS
BT S0.SB
BT S0.PS
FOT Day
ERT1 PS
-5
0
5
10
15
20
25
30
35
40
45
BT B0.PS
50
55
Cargo Hold 1
BT H1.PS
BT H1.SB
FOT Day
BT B1.1.PS
60
65
70
BT B2.1.PS
75
80
85
BT B3.1.PS
90
95
100
105
BT B4.1.PS
110
115
120
BT B5.1.PS
125
130
135
140
BT B6.1PS
145
150
155
160
BT B7.PS BT B8.PS
165
170
175
180
185
190
195
200
205
0.000 (CL)
PS
#8
ERT1 PS
ERT1 SB
#38PS
ERT2
ERT2 SB
SB PS
BT B0.PS BT B0.SB
SB PS
#48
BT B1.1.PS BT B1.2.SB
BT B1.2.PS
BT B1.1.SB
SB PS
#57
SB
FOT 1 PS
FOT 2 PS
FOT 1 C Cargo Hold 1
10.000
FOT 2 SB
FOT 1 SB
BT S2.PS
BT S2.SB BT S3.PS
BT H2.PS
BT S2.PS
BT S0.PS
BT S3.PS
BT S4.PS
BT H2.SB
BT B2.1.PS
BT B2.2.SB
BT B2.2.PS
BT B2.1.SB
BT S5.PS
BT H1.PS
BT H6.PS
PS
#77
SB PS
BT S3.SB BT S4.PS
BT H3.PS
BT H3.SB
BT B3.1.PS
BT 3.2.SB
BT B3.2.PS
BT B3.1.SB
#95
SB PS
BT S4.SB BT S5.PS
BT H4.PS
BT H4.SB
#113
BT S5.SB
BT H5.PS
BT B4.1.PS
BT B4.2.SB
BT B4.2.PS
BT B4.1.SB
BT H5.SB
BT B5.1.PS BT B5.2.SB
BT B5.2.PS
BT B5.1.SB
SB PS
#131
SB
BT H7.PS
FOT 1 PS
BT AP.PS
FOT 2 PS
FOT 1 C Cargo Hold 1
BT FP 8.300
BT AP.SB
FOT 2 SB
FOT 1 SB
BT H7.SB
BT S0.SB
BT H6.SB
BT H1.SB
BT S2.SB
BT S2.PS
BT S0.PS
BT H1.PS
BT H2.PS
BT S3.SB
BT S4.SB
BT S5.SB
BT S3.PS
BT S4.PS
BT S5.PS
BT H3.PS
BT H4.PS
BT H5.PS
BT H6.PS
BT H6.SB
BT H7.PS
BT H7.SB
FOT 2 PS
FOT 2 SB
BT FP
BT H6.PS
BT B6.2.SB
BT B6.1PS
BT B6.2.PS
BT B6.1.SB
BT H7.PS
FOT 1 PS
PS
#151
SB PS
BT B7.PS
BT B8.PS
BT B8.SB
BT B7.SB
#163
SB PS
#171
SB PS
#199
SB
FOT 2 PS
FOT Day Cargo Hold 1
FOT 2 SB
FOT 1 SB
BT FP 2.500
Cargo
BT H7.SB
Fuel
BT S0.SB
BT H1.SB
BT H2.SB
BT H5.SB
BT H6.SB
BT H3.SB
BT H4.SB
BT S3.SB
BT S4.SB
BT S5.SB
BT B2.2.PS
BT B3.2.PS
BT B4.2.PS
BT B5.2.PS
BT B1.1.PS
BT B2.1.PS
BT B3.1.PS
BT B4.1.PS
BT B5.1.PS
BT B6.1PS
BT B7.PS
BT B1.1.SB
BT B2.1.SB
BT B3.1.SB
BT B4.1.SB
BT B5.1.SB
BT B6.1.SB
BT B7.SB
BT B2.2.SB
BT 3.2.SB
BT B4.2.SB
BT B5.2.SB
BT S2.SB
Other Stores
Ballast
BT B1.2.PS
ERT2 PS
BT B0.PS
BT B6.2.PS
ERT1 PS
ERT2 SB
BT B8.PS
0.700
ERT1 SB
BT B0.SB
BT B1.2.SB
BT B8.SB
BT B6.2.SB
Hydrostatic particulars
List
GG'
0.000 (m)
Draft aft pp
0.0 (CL) (Degr.)
7.044 (m)
VCG'
5.489 (m)
Mean moulded draft
6.027 (m)
Max VCG'
10.516 (m)
Draft forward pp
5.010 (m)
GM solid
5.177 (m)
Trim
-2.033 (m)
G'M liquid
KM
10.666 (m)
Immersion rate
5.177 (m)
VCG
5.489 (m)
MCT
26.503 (t/cm)
193.8 (t*m/cm)
Summary
Description
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
Crew
40.0
9.720
0.000
23.000
0.0
Cargo
0.0
0.000
0.000
0.000
1026.0
67.201
0.000
7.369
0.0
114.0
24.486
0.000
0.772
0.0
Ballast
7006.6
73.535
0.000
3.525
0.0
Lightship
6010.0
64.939
0.000 (CL)
7.431
8186.6
71.746
0.000 (CL)
4.063
0.0
14196.6
68.864
0.000 (CL)
5.489
0.0
Fuel
Other Stores
Deadweight
Displacement
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
250
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000 (CL)
23.000
0.0
Crew
crew
Cargo
Cargo Hold 1
0.6382
0.0
0.0
37.560
0.000 (CL)
8.904
0.0
FOT 1 C
0.8901
100.0
148.5
32.160
0.000 (CL)
8.014
0.0
FOT 1 PS
0.8901
100.0
211.8
32.160
5.508 (PS)
7.423
0.0
FOT 1 SB
0.8901
100.0
211.8
32.160
-5.508 (SB)
7.423
0.0
FOT Day
0.8901
100.0
50.3
32.160
0.000 (CL)
2.720
0.0
FOT 2 PS
0.8901
100.0
201.8
121.245
2.263 (PS)
7.654
0.0
FOT 2 SB
0.8901
100.0
201.8
121.245
-2.263 (SB)
7.654
0.0
1026.0
67.201
0.000 (CL)
7.369
0.0
Fuel
Totals for Fuel
Other Stores
ERT1 PS
0.9002
100.0
34.8
23.976
1.271 (PS)
0.719
0.0
ERT1 SB
0.9002
100.0
34.8
23.976
-1.271 (SB)
0.719
0.0
ERT2 PS
0.9002
100.0
22.2
25.286
3.658 (PS)
0.854
0.0
ERT2 SB
0.9002
100.0
22.2
25.286
-3.658 (SB)
0.854
0.0
114.0
24.486
0.000 (CL)
0.772
0.0
Totals for Other Stores
Ballast
BT AP.PS
1.0250
100.0
164.6
6.605
2.737 (PS)
7.914
0.0
BT AP.SB
1.0250
100.0
164.6
6.605
-2.737 (SB)
7.914
0.0
BT B0.PS
1.0250
100.0
40.7
32.217
3.335 (PS)
0.763
0.0
BT B0.SB
1.0250
100.0
40.7
32.217
-3.335 (SB)
0.763
0.0
BT B1.1.PS
1.0250
100.0
89.5
40.442
2.581 (PS)
0.705
0.0
BT B1.1.SB
1.0250
100.0
89.5
40.442
-2.581 (SB)
0.705
0.0
BT B1.2.PS
1.0250
100.0
55.7
41.270
6.985 (PS)
0.814
0.0
BT B1.2.SB
1.0250
100.0
55.7
41.270
-6.985 (SB)
0.814
0.0
BT B2.1.PS
1.0250
100.0
94.8
53.040
2.582 (PS)
0.705
0.0
BT B2.1.SB
1.0250
100.0
94.8
53.040
-2.582 (SB)
0.705
0.0
BT B2.2.PS
1.0250
100.0
98.5
53.327
7.908 (PS)
0.756
0.0
BT B2.2.SB
1.0250
100.0
98.5
53.327
-7.908 (SB)
0.756
0.0
BT B3.1.PS
1.0250
100.0
94.8
66.000
2.582 (PS)
0.705
0.0
BT B3.1.SB
1.0250
100.0
94.8
66.000
-2.582 (SB)
0.705
0.0
BT B3.2.PS
1.0250
100.0
108.6
66.003
8.155 (PS)
0.746
0.0
BT 3.2.SB
1.0250
100.0
108.6
66.003
-8.155 (SB)
0.746
0.0
BT B4.1.PS
1.0250
100.0
94.8
78.960
2.582 (PS)
0.705
0.0
BT B4.1.SB
1.0250
100.0
94.8
78.960
-2.582 (SB)
0.705
0.0
BT B4.2.PS
1.0250
100.0
108.7
78.960
8.157 (PS)
0.746
0.0
BT B4.2.SB
1.0250
100.0
108.7
78.960
-8.157 (SB)
0.746
0.0
BT B5.1.PS
1.0250
100.0
100.1
92.280
2.582 (PS)
0.705
0.0
BT B5.1.SB
1.0250
100.0
100.1
92.280
-2.582 (SB)
0.705
0.0
BT B5.2.PS
1.0250
100.0
112.3
92.174
8.098 (PS)
0.747
0.0
BT B5.2.SB
1.0250
100.0
112.3
92.174
-8.098 (SB)
0.747
0.0
BT B6.1PS
1.0250
100.0
94.8
105.600
2.582 (PS)
0.705
0.0
BT B6.1.SB
1.0250
100.0
94.8
105.600
-2.582 (SB)
0.705
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
251
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
BT B6.2.PS
1.0250
100.0
63.9
104.418
7.122 (PS)
0.766
0.0
BT B6.2.SB
1.0250
100.0
63.9
104.418
-7.122 (SB)
0.766
0.0
BT B7.PS
1.0250
100.0
51.7
115.126
2.862 (PS)
0.735
0.0
BT B7.SB
1.0250
100.0
51.7
115.126
-2.862 (SB)
0.735
0.0
BT B8.PS
1.0250
100.0
31.2
121.245
1.957 (PS)
0.741
0.0
BT B8.SB
1.0250
100.0
31.2
121.245
-1.957 (SB)
0.741
0.0
BT S0.PS
1.0250
100.0
75.1
32.282
8.654 (PS)
5.214
0.0
BT S0.SB
1.0250
100.0
75.1
32.282
-8.654 (SB)
5.214
0.0
BT S2.PS
1.0250
100.0
176.9
53.447
11.288 (PS)
5.566
0.0
BT S2.SB
1.0250
100.0
176.9
53.447
-11.288 (SB)
5.566
0.0
BT S3.PS
1.0250
100.0
202.3
66.004
11.391 (PS)
5.410
0.0
BT S3.SB
1.0250
100.0
202.3
66.004
-11.391 (SB)
5.410
0.0
BT S4.PS
1.0250
100.0
202.4
78.960
11.392 (PS)
5.409
0.0
BT S4.SB
1.0250
100.0
202.4
78.960
-11.392 (SB)
5.409
0.0
BT S5.PS
1.0250
100.0
204.1
92.050
11.354 (PS)
5.442
0.0
BT S5.SB
1.0250
100.0
204.1
92.050
-11.354 (SB)
5.442
0.0
BT H1.PS
1.0250
100.0
282.9
39.585
9.103 (PS)
5.032
0.0
BT H1.SB
1.0250
100.0
282.9
39.585
-9.103 (SB)
5.032
0.0
BT H2.PS
1.0250
100.0
92.3
53.040
9.073 (PS)
2.720
0.0
BT H2.SB
1.0250
100.0
92.3
53.040
-9.073 (SB)
2.720
0.0
BT H3.PS
1.0250
100.0
92.3
66.000
9.073 (PS)
2.720
0.0
BT H3.SB
1.0250
100.0
92.3
66.000
-9.073 (SB)
2.720
0.0
BT H4.PS
1.0250
100.0
92.3
78.960
9.073 (PS)
2.719
0.0
BT H4.SB
1.0250
100.0
92.3
78.960
-9.073 (SB)
2.719
0.0
BT H5.PS
1.0250
100.0
97.5
92.280
9.073 (PS)
2.720
0.0
BT H5.SB
1.0250
100.0
97.5
92.280
-9.073 (SB)
2.720
0.0
BT H6.PS
1.0250
100.0
336.1
105.915
8.603 (PS)
4.996
0.0
BT H6.SB
1.0250
100.0
336.1
105.915
-8.603 (SB)
4.996
0.0
BT H7.PS
1.0250
100.0
190.4
115.030
6.095 (PS)
5.317
0.0
BT H7.SB
1.0250
100.0
190.4
115.030
-6.095 (SB)
5.317
0.0
BT FP
1.0250
100.0
108.2
139.592
0.000 (CL)
6.087
0.0
Totals for Ballast
7006.6
73.535
0.000 (CL)
3.525
0.0
Lightship
6010.0
64.939
0.000 (CL)
7.431
Deadweight
8186.6
71.746
0.000 (CL)
4.063
0.0
14196.6
68.864
0.000 (CL)
5.489
0.0
Displacement
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Intact stability
Stability booklet
Righting levers
Heeling angle
Draft
Trim
Displacement
KN sin(ø)
VCG sin(ø)
GG' sin(ø)
TCG cos(ø)
GZ
Area
(Degr.)
(m)
(m)
(tonnes)
(m)
(m)
(m)
(m)
(m)
(mrad)
0.0º (CL)
6.027
-2.033
14196.5
0.000
0.000
0.000
0.000
0.000
0.000
2.5º (PS)
6.025
-2.028
14196.5
0.466
0.239
0.000
0.000
0.226
0.005
5.0º (PS)
6.020
-2.011
14196.5
0.932
0.478
0.000
0.000
0.454
0.020
10.0º (PS)
5.998
-1.943
14196.5
1.876
0.953
0.000
0.000
0.922
0.080
15.0º (PS)
5.959
-1.818
14196.6
2.841
1.421
0.000
0.000
1.420
0.182
20.0º (PS)
5.892
-1.614
14196.5
3.835
1.877
0.000
0.000
1.958
0.329
25.0º (PS)
5.776
-1.272
14196.6
4.857
2.320
0.000
0.000
2.538
0.525
30.0º (PS)
5.608
-0.858
14196.4
5.830
2.745
0.000
0.000
3.085
0.771
35.0º (PS)
5.414
-0.447
14196.5
6.613
3.149
0.000
0.000
3.464
1.058
40.0º (PS)
5.134
-0.006
14196.6
7.279
3.528
0.000
0.000
3.750
1.373
45.0º (PS)
4.735
0.417
14196.5
7.864
3.881
0.000
0.000
3.982
1.711
50.0º (PS)
4.236
0.843
14196.6
8.310
4.205
0.000
0.000
4.105
2.065
55.0º (PS)
3.613
1.273
14196.5
8.622
4.497
0.000
0.000
4.126
2.424
60.0º (PS)
2.810
1.784
14196.6
8.816
4.754
0.000
0.000
4.062
2.782
65.0º (PS)
1.711
2.547
14196.5
8.906
4.975
0.000
0.000
3.931
3.131
70.0º (PS)
0.066
3.933
14196.5
8.928
5.158
0.000
0.000
3.769
3.467
75.0º (PS)
-2.735
6.884
14196.6
8.928
5.302
0.000
0.000
3.625
3.790
80.0º (PS)
-8.411
13.462
14196.6
8.883
5.406
0.000
0.000
3.477
4.100
85.0º (PS)
-25.440
33.384
14196.6
8.763
5.468
0.000
0.000
3.295
4.396
90.0º (PS)
0.000
19826.189
14196.5
8.563
5.489
0.000
0.000
3.073
4.674
95.0º (PS)
42.440
-45.730
14196.5
8.292
5.468
0.000
0.000
2.823
4.931
100.0º (PS)
25.408
-25.817
14196.6
7.961
5.406
0.000
0.000
2.555
5.166
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Intact stability
Stability booklet
Stability curve
IMO MSC.267(85) - Minimum design criteria applicable to all ships
5.0
4.5
Angle of max GZ=53.6º
4.0
Downflooding angle=67.3º
No FSC
3.5
Constant FSC
Righting lever (m)
3.0
2.5
2.0
Area B=2.004
1.5
GM=5.177
1.0
Max. GZ at 30º or greater=4.129
0.5
Steady wind lever
Gust equilibrium=0.8º
Wind gust lever
Angle of heel under action of steady wind=0.5º
0.0
-0.5
Area A=0.350
-1.0
-1.5
-2.0
Rollback angle=-19.9º
-20
-10
0
10
20
30
40
50
60
70
80
90
100
Heeling angle (°)
Critical points
Description
Type
X coordinate
Y coordinate Z coordinate
Dist. to wl
Submersion angle
(m)
(m)
(m)
(m)
(Degr.)
0.000 (CL)
6.620
-0.399
0.0 (CL)
Main propeller
Marker
1.750
Bowthruster
Marker
136.120
0.000 (CL)
2.780
-2.355
0.0 (CL)
<>
Downflooding
7.000
8.000 (PS)
18.750
11.803
67.3 (PS)
Evaluation of criteria
IMO MSC.267(85) - Minimum design criteria applicable to all ships
International Code on Intact Stability (2008), Part A, §2.2 - §2.3
Description
Attained value
Area 0º - 30º
Area 0º - 40º
Area 30º - 40º
Max. GZ at 30º or greater
0.7709
1.3729
0.6021
4.129
(mrad)
(mrad)
(mrad)
(m)
Lower angle
30.0 (Degr.)
Upper angle
90.0 (Degr.)
Angle of max GZ
Initial metacentric height
Severe wind and rolling criterion (weather criterion)
Wind silhouette:
53.6 (Degr.)
5.177 (m)
>=
>=
>=
>=
>=
>=
Required value
0.0550
0.0900
0.0300
0.200
Complies
(mrad)
(mrad)
(mrad)
(m)
YES
YES
YES
YES
25.0 (Degr.)
0.150 (m)
YES
YES
YES
Homogenous cargo
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Criterion
254
Intact stability
Stability booklet
Evaluation of criteria
Windspeed
50.54 (kn.)
51.4 (kg/m2)
Wind pressure
1456.76 (m2)
Wind area
Steady wind lever
0.046 (m)
Deck immersion angle
26.84 (Degr.)
Wind gust lever
0.070 (m)
Ratio of areaA/areaB
0.174
Maximum allowed static heeling angle
0.5 (Degr.)
Max allowed ratio static angle/deck immersion angle
0.019
<=
<=
<=
1.000
16.0 (Degr.)
0.800
YES
YES
YES
The condition complies with the stability criteria
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Intact stability
Stability booklet
Bending moment and shearforce calculation
225
200
175
150
125
100
50
25
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
Weight
0
Sectional areas
195 200 205
Load
-25
Weight (tonnes/m)
75
-50
-75
-100
-125
-150
-175
-200
-225
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Shear force
11000
10000
9000
8000
7000
6000
5000
4000
2000
1000
Shear force
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
0
195 200 205
-1000
-2000
Shear force (tonnes)
3000
-3000
-4000
-5000
-6000
-7000
-8000
-9000
-10000
-11000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
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Bending moment
50000
40000
30000
10000
Bending moment
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-10000
Bending moment (t*m)
20000
-20000
-30000
-40000
-50000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Deflection
45
40
35
30
25
20
15
5
Deflection
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-5
Deflection (mm)
10
-10
-15
-20
-25
-30
-35
-40
-45
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Summary
Mean moulded draft
6.027 (m)
Trim
Displacement
14196.6 (tonnes)
GM
Minimum shearforce
-885.30 (tonnes)
9.4% Distance from app
Maximum shearforce
941.89 (tonnes)
-2.033 (m)
5.177 (m)
105.600 (m)
10.0% Distance from app
34.320 (m)
Maximum sagging moment
-0.46 (t*m)
Distance from app
144.400 (m)
Maximum hogging moment
34786.41 (t*m)
65.0% Distance from app
64.000 (m)
48.5 (mm)
Distance from app
67.600 (m)
Max. deflection
9/9/2019 DELFTship 11.30 (317)
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Intact stability
Stability booklet
Summary
The condition complies with the longitudinal strength criteria
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Intact stability
Stability booklet
Weightlist
Description
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
Forward
(m)
FOT 1 C
148.5
32.160
0.000 (CL)
8.014
30.000
34.320
FOT 1 PS
211.8
32.160
5.508 (PS)
7.423
30.000
34.320
FOT 1 SB
211.8
32.160
-5.508 (SB)
7.423
30.000
34.320
FOT Day
50.3
32.160
0.000 (CL)
2.720
30.000
34.320
FOT 2 PS
201.8
121.245
2.263 (PS)
7.654
118.560
124.320
FOT 2 SB
201.8
121.245
-2.263 (SB)
7.654
118.560
124.320
BT AP.PS
164.6
6.605
2.737 (PS)
7.914
-2.400
12.000
BT AP.SB
164.6
6.605
-2.737 (SB)
7.914
-2.400
12.000
BT B0.PS
40.7
32.217
3.335 (PS)
0.763
30.000
34.320
BT B0.SB
40.7
32.217
-3.335 (SB)
0.763
30.000
34.320
BT B1.1.PS
89.5
40.442
2.581 (PS)
0.705
34.320
46.560
BT B1.1.SB
89.5
40.442
-2.581 (SB)
0.705
34.320
46.560
BT B1.2.PS
55.7
41.270
6.985 (PS)
0.814
34.320
46.560
BT B1.2.SB
55.7
41.270
-6.985 (SB)
0.814
34.320
46.560
BT B2.1.PS
94.8
53.040
2.582 (PS)
0.705
46.560
59.520
BT B2.1.SB
94.8
53.040
-2.582 (SB)
0.705
46.560
59.520
BT B2.2.PS
98.5
53.327
7.908 (PS)
0.756
46.560
59.520
BT B2.2.SB
98.5
53.327
-7.908 (SB)
0.756
46.560
59.520
BT B3.1.PS
94.8
66.000
2.582 (PS)
0.705
59.520
72.480
BT B3.1.SB
94.8
66.000
-2.582 (SB)
0.705
59.520
72.480
BT B3.2.PS
108.6
66.003
8.155 (PS)
0.746
59.520
72.480
BT 3.2.SB
108.6
66.003
-8.155 (SB)
0.746
59.520
72.480
BT B4.1.PS
94.8
78.960
2.582 (PS)
0.705
72.480
85.440
BT B4.1.SB
94.8
78.960
-2.582 (SB)
0.705
72.480
85.440
BT B4.2.PS
108.7
78.960
8.157 (PS)
0.746
72.480
85.440
BT B4.2.SB
108.7
78.960
-8.157 (SB)
0.746
72.480
85.440
BT B5.1.PS
100.1
92.280
2.582 (PS)
0.705
85.440
99.120
BT B5.1.SB
100.1
92.280
-2.582 (SB)
0.705
85.440
99.120
BT B5.2.PS
112.3
92.174
8.098 (PS)
0.747
85.440
99.120
BT B5.2.SB
112.3
92.174
-8.098 (SB)
0.747
85.440
99.120
BT B6.1PS
94.8
105.600
2.582 (PS)
0.705
99.120
112.080
BT B6.1.SB
94.8
105.600
-2.582 (SB)
0.705
99.120
112.080
BT B6.2.PS
63.9
104.418
7.122 (PS)
0.766
99.120
112.080
BT B6.2.SB
63.9
104.418
-7.122 (SB)
0.766
99.120
112.080
BT B7.PS
51.7
115.126
2.862 (PS)
0.735
112.080
118.560
BT B7.SB
51.7
115.126
-2.862 (SB)
0.735
112.080
118.560
BT B8.PS
31.2
121.245
1.957 (PS)
0.741
118.560
124.320
BT B8.SB
31.2
121.245
-1.957 (SB)
0.741
118.560
124.320
BT S0.PS
75.1
32.282
8.654 (PS)
5.214
30.000
34.320
BT S0.SB
75.1
32.282
-8.654 (SB)
5.214
30.000
34.320
BT S2.PS
176.9
53.447
11.288 (PS)
5.566
46.560
59.520
BT S2.SB
176.9
53.447
-11.288 (SB)
5.566
46.560
59.520
BT S3.PS
202.3
66.004
11.391 (PS)
5.410
59.520
72.480
BT S3.SB
202.3
66.004
-11.391 (SB)
5.410
59.520
72.480
BT S4.PS
202.4
78.960
11.392 (PS)
5.409
72.480
85.440
BT S4.SB
202.4
78.960
-11.392 (SB)
5.409
72.480
85.440
BT S5.PS
204.1
92.050
11.354 (PS)
5.442
85.440
99.120
BT S5.SB
204.1
92.050
-11.354 (SB)
5.442
85.440
99.120
BT H1.PS
282.9
39.585
9.103 (PS)
5.032
34.320
46.560
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Stability booklet
Weightlist
Description
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
Forward
(m)
BT H1.SB
282.9
39.585
-9.103 (SB)
5.032
34.320
46.560
BT H2.PS
92.3
53.040
9.073 (PS)
2.720
46.560
59.520
BT H2.SB
92.3
53.040
-9.073 (SB)
2.720
46.560
59.520
BT H3.PS
92.3
66.000
9.073 (PS)
2.720
59.520
72.480
BT H3.SB
92.3
66.000
-9.073 (SB)
2.720
59.520
72.480
BT H4.PS
92.3
78.960
9.073 (PS)
2.719
72.480
85.440
BT H4.SB
92.3
78.960
-9.073 (SB)
2.719
72.480
85.440
BT H5.PS
97.5
92.280
9.073 (PS)
2.720
85.440
99.120
BT H5.SB
97.5
92.280
-9.073 (SB)
2.720
85.440
99.120
BT H6.PS
336.1
105.915
8.603 (PS)
4.996
99.120
112.080
BT H6.SB
336.1
105.915
-8.603 (SB)
4.996
99.120
112.080
BT H7.PS
190.4
115.030
6.095 (PS)
5.317
112.080
118.560
BT H7.SB
190.4
115.030
-6.095 (SB)
5.317
112.080
118.560
BT FP
108.2
139.592
0.000 (CL)
6.087
137.280
142.800
ERT1 PS
34.8
23.976
1.271 (PS)
0.719
17.760
30.000
ERT1 SB
34.8
23.976
-1.271 (SB)
0.719
17.760
30.000
ERT2 PS
22.2
25.286
3.658 (PS)
0.854
17.760
30.000
ERT2 SB
22.2
25.286
-3.658 (SB)
0.854
17.760
30.000
Forecastle
40.0
134.570
0.000 (CL)
13.500
129.360
145.000
Aftercastle
170.0
4.390
0.000 (CL)
13.500
-5.000
13.440
Superstructure
180.0
9.720
0.000 (CL)
23.000
5.400
13.440
Engine
280.0
21.660
0.000 (CL)
4.660
17.560
25.760
Other machinery in ER
410.0
21.660
0.000 (CL)
5.000
12.000
30.000
Hatch covers
670.0
76.600
0.000 (CL)
14.600
34.044
118.180
Aft equipment
20.0
0.000
0.000 (CL)
15.200
-5.000
5.400
Fore equipment
90.0
136.250
0.000 (CL)
15.200
129.360
141.083
Ship Systems
150.0
86.100
0.000 (CL)
7.950
-5.000
145.000
Electrical systems
120.0
86.100
0.000 (CL)
7.950
-5.000
145.000
hull 1
435.6
16.777
0.000 (CL)
4.800
-5.000
30.000
hull 2
378.3
37.862
0.000 (CL)
4.800
30.000
45.000
hull 3
465.5
52.674
0.000 (CL)
4.800
45.000
60.000
hull 4
995.6
75.000
0.000 (CL)
4.800
60.000
90.000
hull 5
485.4
97.436
0.000 (CL)
4.800
90.000
105.000
hull 6
502.5
114.150
0.000 (CL)
4.800
105.000
125.000
hull 7
187.2
131.667
0.000 (CL)
4.800
125.000
145.000
Reserve
430.0
70.960
0.000 (CL)
9.703
-5.000
145.000
40.0
9.720
0.000 (CL)
23.000
5.400
13.440
crew
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
260
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
-5.000
17.6
0.0
17.6
0.00
0.0
0
0.0
0.0
-4.000
18.1
0.0
18.1
18.29
1.3
26
2.9
1.0
-3.000
18.7
0.0
18.7
36.58
2.2
52
2.9
1.9
-2.000
25.8
0.0
25.8
60.15
3.2
117
4.4
2.9
-1.000
28.8
0.0
28.8
91.64
4.4
240
6.7
3.8
0.000
31.7
0.0
31.7
123.13
5.3
363
8.1
4.8
1.000
34.7
0.0
34.7
154.62
6.1
486
9.1
5.7
2.000
37.6
0.0
37.6
186.11
6.7
609
9.8
6.7
3.000
40.5
0.4
40.2
223.56
7.5
799
11.2
7.6
4.000
43.5
3.0
40.5
264.02
8.3
1044
13.0
8.6
5.000
46.4
7.4
39.0
303.94
8.9
1331
14.9
9.5
6.000
69.8
14.7
55.1
352.86
9.7
1659
16.9
10.5
7.000
74.3
19.6
54.7
407.73
10.6
2043
19.1
11.4
8.000
78.8
24.4
54.5
462.31
11.3
2479
21.4
12.4
9.000
83.3
29.1
54.2
516.65
12.0
2972
23.8
13.3
10.000
87.9
33.8
54.1
570.79
12.6
3517
26.3
14.2
11.000
92.4
38.4
54.0
624.79
13.2
4118
28.9
15.2
12.000
96.9
43.0
53.9
678.72
13.7
4771
31.5
16.1
13.000
77.3
47.5
29.8
709.38
13.7
5468
34.1
17.0
14.000
35.8
51.9
-16.1
713.88
13.2
6187
36.5
18.0
15.000
36.9
56.3
-19.4
696.09
12.4
6894
38.7
18.9
16.000
38.0
60.7
-22.6
675.15
11.6
7583
40.5
19.8
17.000
39.1
65.0
-25.9
650.83
10.8
8248
42.1
20.7
18.000
81.0
69.3
11.8
640.05
10.2
8891
43.4
21.6
19.000
82.6
73.5
9.1
650.42
10.0
9539
44.6
22.5
20.000
84.1
77.6
6.5
658.29
9.8
10196
45.8
23.4
21.000
85.7
81.5
4.1
663.55
9.6
10860
46.9
24.3
22.000
87.2
85.4
1.8
666.53
9.3
11527
47.9
25.2
23.000
88.7
89.1
-0.4
667.19
9.1
12196
48.9
26.1
24.000
90.3
92.7
-2.4
665.83
8.8
12865
49.8
26.9
25.000
91.8
96.1
-4.3
662.45
8.5
13532
50.6
27.8
26.000
59.2
99.4
-40.2
649.13
8.2
14193
51.4
28.6
27.000
60.8
102.6
-41.8
608.12
7.5
14823
52.0
29.5
28.000
62.3
105.6
-43.3
565.62
6.8
15413
52.4
30.3
29.000
63.9
108.5
-44.6
521.64
6.2
15959
52.7
31.1
30.000
65.4
111.3
-45.9
476.38
5.6
16461
52.8
31.9
31.000
219.8
114.1
105.7
581.49
6.7
16994
53.0
32.7
32.000
223.7
116.7
107.0
687.80
7.7
17629
53.5
33.4
33.000
227.6
119.2
108.4
795.49
8.8
18375
54.3
34.2
34.000
231.5
121.7
109.8
904.55
9.8
19225
55.3
34.9
35.000
111.2
124.1
-12.8
932.97
10.0
20160
56.6
35.7
36.000
114.5
126.4
-11.9
920.56
9.7
21089
57.7
36.4
37.000
117.7
128.6
-10.9
909.15
9.4
22006
58.8
37.1
38.000
120.9
130.7
-9.8
898.74
9.2
22912
59.8
37.8
39.000
124.1
132.8
-8.7
889.49
8.9
23808
60.7
38.5
40.000
127.3
134.8
-7.5
881.38
8.7
24696
61.6
39.1
41.000
87.9
136.7
-48.8
866.07
8.5
25574
62.4
39.8
42.000
91.0
138.5
-47.5
817.87
7.9
26419
63.1
40.4
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
261
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
43.000
94.1
140.3
-46.2
771.01
7.4
27215
63.6
41.0
44.000
97.1
141.9
-44.8
725.47
6.9
27967
64.1
41.5
45.000
100.2
143.5
-43.3
681.42
6.4
28672
64.4
42.1
46.000
103.1
145.0
-41.9
638.81
6.0
29334
64.6
42.6
47.000
106.2
146.4
-40.2
597.89
5.5
29954
64.6
43.2
48.000
107.6
147.7
-40.1
557.77
5.1
30535
64.7
43.6
49.000
109.0
148.8
-39.8
517.84
4.7
31074
64.6
44.1
50.000
110.4
149.9
-39.5
478.19
4.3
31575
64.4
44.6
51.000
111.9
150.9
-39.0
438.96
3.9
32035
64.2
45.0
52.000
113.3
151.7
-38.4
400.23
3.6
32458
63.9
45.4
53.000
114.7
152.4
-37.7
362.18
3.2
32841
63.5
45.8
54.000
116.1
152.9
-36.8
324.89
2.8
33187
63.1
46.1
55.000
117.5
153.4
-35.8
288.56
2.5
33495
62.7
46.5
56.000
118.9
153.7
-34.7
253.26
2.2
33769
63.2
46.8
57.000
120.4
153.8
-33.5
219.19
1.9
34007
63.6
47.0
58.000
121.8
153.9
-32.1
186.39
1.6
34213
64.0
47.3
59.000
123.2
153.8
-30.6
155.08
1.3
34385
64.3
47.5
60.000
122.3
153.6
-31.3
124.26
1.1
34528
64.6
47.7
61.000
122.4
153.4
-31.0
93.08
0.8
34638
64.8
47.9
62.000
122.4
153.1
-30.7
62.19
0.5
34718
64.9
48.1
63.000
122.4
152.8
-30.3
31.66
0.3
34767
65.0
48.2
64.000
122.5
152.4
-30.0
1.50
0.0
34786
65.1
48.3
65.000
122.5
152.1
-29.6
-28.25
0.2
34775
65.0
48.4
66.000
122.5
151.7
-29.2
-57.63
0.5
34735
65.0
48.4
67.000
122.6
151.4
-28.8
-86.60
0.7
34664
64.8
48.5
68.000
122.6
151.0
-28.4
-115.19
1.0
34566
64.7
48.5
69.000
122.6
150.6
-28.0
-143.37
1.2
34439
64.4
48.4
70.000
122.7
150.3
-27.6
-171.18
1.5
34284
64.1
48.4
71.000
122.7
149.9
-27.2
-198.57
1.7
34101
63.8
48.3
72.000
122.7
149.6
-26.8
-225.60
2.0
33892
63.4
48.2
73.000
122.7
149.2
-26.5
-252.23
2.2
33654
62.9
48.1
74.000
122.8
148.8
-26.1
-278.53
2.4
33392
62.5
48.0
75.000
122.8
148.5
-25.7
-304.42
2.6
33102
61.9
47.8
76.000
122.8
148.1
-25.3
-329.96
2.9
32788
61.3
47.6
77.000
122.8
147.8
-25.0
-355.09
3.1
32447
60.7
47.4
78.000
122.8
147.4
-24.6
-379.86
3.3
32082
60.0
47.1
79.000
122.9
147.1
-24.2
-404.24
3.5
31692
59.3
46.9
80.000
122.9
146.7
-23.8
-428.24
3.7
31278
58.5
46.6
81.000
122.9
146.3
-23.4
-451.86
3.9
30840
57.7
46.3
82.000
122.9
146.0
-23.0
-475.10
4.1
30379
56.8
45.9
83.000
123.0
145.6
-22.7
-497.95
4.3
29895
55.9
45.6
84.000
123.0
145.3
-22.3
-520.44
4.5
29388
55.0
45.2
85.000
123.0
144.9
-21.9
-542.53
4.7
28858
54.0
44.8
86.000
124.8
144.6
-19.8
-563.20
4.9
28308
52.9
44.4
87.000
124.2
144.2
-20.0
-583.09
5.1
27737
51.9
44.0
88.000
123.7
143.8
-20.1
-603.14
5.3
27146
50.8
43.5
89.000
123.2
143.5
-20.3
-623.38
5.5
26535
49.6
43.0
90.000
122.6
143.1
-20.5
-643.78
5.7
25904
48.5
42.5
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
262
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
91.000
122.0
142.8
-20.8
-664.41
5.9
25252
47.2
42.0
92.000
121.4
142.3
-21.0
-685.27
6.1
24580
46.0
41.5
93.000
120.7
141.7
-21.0
-706.26
6.3
23886
45.1
40.9
94.000
120.1
140.9
-20.9
-727.22
6.6
23172
44.6
40.3
95.000
119.4
139.9
-20.5
-747.90
6.8
22436
44.1
39.7
96.000
118.8
138.6
-19.8
-768.09
7.0
21681
43.5
39.1
97.000
118.2
137.0
-18.9
-787.43
7.2
20905
42.8
38.5
98.000
132.0
135.1
-3.1
-798.62
7.3
20113
42.0
37.9
99.000
130.3
132.9
-2.6
-801.48
7.4
19315
41.2
37.2
100.000
117.5
130.4
-12.8
-812.91
7.5
18510
40.4
36.6
101.000
114.4
127.6
-13.1
-825.92
7.8
17693
39.5
35.9
102.000
111.4
124.6
-13.2
-839.10
8.1
16863
38.5
35.2
103.000
108.3
121.4
-13.1
-852.25
8.5
16019
37.5
34.5
104.000
105.3
118.1
-12.8
-865.21
8.8
15163
36.3
33.8
105.000
102.2
114.6
-12.4
-877.83
9.2
14294
35.1
33.0
106.000
141.6
111.1
30.6
-872.93
9.4
13416
33.8
32.3
107.000
136.4
107.4
29.0
-843.21
9.3
12561
32.5
31.6
108.000
131.1
103.7
27.4
-815.00
9.2
11733
31.1
30.8
109.000
125.8
99.9
25.9
-788.36
9.2
10935
29.8
30.0
110.000
120.5
96.0
24.5
-763.12
9.1
10161
28.5
29.3
111.000
115.3
92.2
23.1
-739.35
9.1
9412
27.2
28.5
112.000
110.3
88.3
22.1
-716.85
9.1
8686
25.8
27.7
113.000
128.1
84.4
43.7
-673.90
8.9
7993
24.5
26.9
114.000
121.7
80.5
41.2
-631.40
8.6
7342
23.3
26.1
115.000
115.3
76.6
38.7
-591.48
8.3
6734
22.0
25.3
116.000
109.0
72.7
36.2
-553.96
8.1
6163
20.9
24.5
117.000
102.6
68.9
33.6
-519.08
7.8
5630
19.7
23.7
118.000
96.2
65.2
31.0
-486.68
7.6
5129
18.7
22.9
119.000
122.9
61.5
61.4
-445.64
7.3
4662
17.6
22.0
120.000
116.6
57.9
58.7
-385.55
6.5
4247
16.7
21.2
121.000
110.2
54.4
55.8
-328.36
5.8
3894
15.9
20.4
122.000
103.9
51.0
52.9
-273.95
5.1
3594
15.3
19.5
123.000
97.6
47.8
49.8
-222.66
4.3
3350
15.0
18.7
124.000
91.2
44.6
46.6
-174.37
3.5
3153
14.7
17.9
125.000
24.3
41.6
-17.3
-171.91
3.7
2989
14.7
17.0
126.000
23.4
38.7
-15.3
-188.18
4.2
2811
14.5
16.2
127.000
22.5
35.9
-13.4
-202.49
4.8
2617
14.3
15.4
128.000
21.6
33.2
-11.6
-215.05
5.4
2411
13.9
14.5
129.000
20.6
30.6
-10.0
-225.83
6.0
2192
13.5
13.7
130.000
28.7
28.1
0.6
-229.34
6.5
1966
12.9
12.8
131.000
28.1
25.7
2.4
-227.78
6.9
1740
12.2
12.0
132.000
27.6
23.4
4.2
-224.49
7.4
1516
11.4
11.1
133.000
27.0
21.1
5.9
-219.39
7.8
1296
10.6
10.3
134.000
26.5
18.9
7.5
-212.69
8.2
1082
9.7
9.4
135.000
25.9
16.8
9.1
-204.34
8.7
876
8.6
8.6
136.000
25.4
14.8
10.6
-194.54
9.2
678
7.4
7.7
137.000
24.8
12.9
11.9
-183.28
9.8
492
6.0
6.8
138.000
50.9
11.1
39.8
-150.69
9.2
324
4.5
6.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
263
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
139.000
46.9
9.5
37.4
-112.14
8.0
196
3.2
5.1
140.000
42.9
8.0
34.9
-75.96
6.5
104
2.0
4.3
141.000
38.9
6.7
32.2
-42.44
4.5
47
1.2
3.4
142.000
22.5
5.4
17.1
-22.60
3.2
17
0.6
2.6
143.000
8.4
4.1
4.3
-9.13
1.9
5
0.2
1.7
144.000
7.2
2.7
4.4
-4.76
2.0
0
0.0
0.9
145.000
5.9
0.0
5.9
0.00
0.0
0
0.0
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
264
Intact stability
Stability booklet
No cargo - Arrival
1116 TEU - Multipurpose
Designer
Nemanja Surbatovic
Created by
Nemanja Surbatovic
Comment
Filename
Nemanja Surbatovic Final.fbm
Design length
145.00 (m)
Midship location
72.500 (m)
Length over all
150.00 (m)
Relative water density
1.0250
Design beam
24.840 (m)
Mean shell thickness
0.0130 (m)
Maximum beam
24.840 (m)
Appendage coefficient
1.0000
Design draft
8.280 (m)
Calculation settings
Center of gravity of tanks containing liquids
:
Actual COG
Homogenous cargo
-5
0
0
5
10
15
10
20
25
30
20
35
40
45
30
50
55
60
40
65
70
75
50
80
85
90
60
95
100
105
70
110
115
120
125
80
130
90
135
140
145
100
150
155
110
160
165
170
120
175
180
185
130
190
195
200
205
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
265
Intact stability
Stability booklet
FOT 1 C Cargo Hold 1
BT AP.PS
BT AP.PS
BT AP.SB
FOT 2 PS
BT FP
FOT 1 C
FOT 1 SB
FOT 1 PS
BT S0.SB
BT S0.PS
FOT Day
ERT1 PS
-5
0
5
10
15
20
25
30
35
40
45
BT B0.PS
50
55
Cargo Hold 1
BT H1.PS
BT H1.SB
FOT Day
BT B1.1.PS
60
65
70
BT B2.1.PS
75
80
85
BT B3.1.PS
90
95
100
105
BT B4.1.PS
110
115
120
BT B5.1.PS
125
130
135
140
BT B6.1PS
145
150
155
160
BT B7.PS BT B8.PS
165
170
175
180
185
190
195
200
205
0.000 (CL)
PS
#8
ERT1 PS
ERT1 SB
#38PS
ERT2
ERT2 SB
SB PS
BT B0.PS BT B0.SB
SB PS
#48
BT B1.1.PS BT B1.2.SB
BT B1.2.PS
BT B1.1.SB
SB PS
#57
SB
FOT 1 PS
FOT 2 PS
FOT 1 C Cargo Hold 1
10.000
FOT 2 SB
FOT 1 SB
BT S2.PS
BT S2.SB BT S3.PS
BT H2.PS
BT S2.PS
BT S0.PS
BT S3.PS
BT S4.PS
BT H2.SB
BT B2.1.PS
BT B2.2.SB
BT B2.2.PS
BT B2.1.SB
BT S5.PS
BT H1.PS
BT H6.PS
PS
#77
SB PS
BT S3.SB BT S4.PS
BT H3.PS
BT H3.SB
BT B3.1.PS
BT 3.2.SB
BT B3.2.PS
BT B3.1.SB
#95
SB PS
BT S4.SB BT S5.PS
BT H4.PS
BT H4.SB
#113
BT S5.SB
BT H5.PS
BT B4.1.PS
BT B4.2.SB
BT B4.2.PS
BT B4.1.SB
BT H5.SB
BT B5.1.PS BT B5.2.SB
BT B5.2.PS
BT B5.1.SB
SB PS
#131
SB
BT H7.PS
FOT 1 PS
BT AP.PS
FOT 2 PS
FOT 1 C Cargo Hold 1
BT FP 8.300
BT AP.SB
FOT 2 SB
FOT 1 SB
BT H7.SB
BT S0.SB
BT H6.SB
BT H1.SB
BT S2.SB
BT S2.PS
BT S0.PS
BT H1.PS
BT H2.PS
BT S3.SB
BT S4.SB
BT S5.SB
BT S3.PS
BT S4.PS
BT S5.PS
BT H3.PS
BT H4.PS
BT H5.PS
BT H6.PS
BT H6.SB
BT H7.PS
BT H7.SB
FOT 2 PS
FOT 2 SB
BT FP
BT H6.PS
BT B6.2.SB
BT B6.1PS
BT B6.2.PS
BT B6.1.SB
BT H7.PS
FOT 1 PS
PS
#151
SB PS
BT B7.PS
BT B8.PS
BT B8.SB
BT B7.SB
#163
SB PS
#171
SB PS
#199
SB
FOT 2 PS
FOT Day Cargo Hold 1
FOT 2 SB
FOT 1 SB
BT FP 2.500
Cargo
BT H7.SB
Fuel
BT S0.SB
BT H1.SB
BT H2.SB
BT H5.SB
BT H6.SB
BT H3.SB
BT H4.SB
BT S3.SB
BT S4.SB
BT S5.SB
BT B2.2.PS
BT B3.2.PS
BT B4.2.PS
BT B5.2.PS
BT B1.1.PS
BT B2.1.PS
BT B3.1.PS
BT B4.1.PS
BT B5.1.PS
BT B6.1PS
BT B7.PS
BT B1.1.SB
BT B2.1.SB
BT B3.1.SB
BT B4.1.SB
BT B5.1.SB
BT B6.1.SB
BT B7.SB
BT B2.2.SB
BT 3.2.SB
BT B4.2.SB
BT B5.2.SB
BT S2.SB
Other Stores
Ballast
BT B1.2.PS
ERT2 PS
BT B0.PS
BT B6.2.PS
ERT1 PS
ERT2 SB
BT B8.PS
0.700
ERT1 SB
BT B0.SB
BT B1.2.SB
BT B8.SB
BT B6.2.SB
Hydrostatic particulars
List
GG'
0.012 (m)
Draft aft pp
0.0 (CL) (Degr.)
4.489 (m)
VCG'
7.476 (m)
Mean moulded draft
2.804 (m)
Max VCG'
9.839 (m)
Draft forward pp
1.120 (m)
GM solid
9.153 (m)
Trim
-3.369 (m)
G'M liquid
KM
16.617 (m)
Immersion rate
9.141 (m)
VCG
7.464 (m)
MCT
23.921 (t/cm)
148.7 (t*m/cm)
Summary
Description
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
Crew
40.0
9.720
0.000
23.000
0.0
Cargo
0.0
0.000
0.000
0.000
102.6
32.160
0.000
4.104
41.4
11.4
25.547
0.000
0.137
34.3
0.0
0.000
0.000
0.000
0.0
6010.0
64.939
0.000 (CL)
7.431
154.0
25.842
0.000 (CL)
8.718
75.6
6164.0
63.962
0.000 (CL)
7.464
75.6
Fuel
Other Stores
Ballast
Lightship
Deadweight
Displacement
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
266
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000 (CL)
23.000
0.0
Crew
crew
Cargo
Cargo Hold 1
0.6382
0.0
0.0
37.560
0.000 (CL)
8.904
0.0
FOT 1 C
0.8901
35.2
52.3
32.160
0.000 (CL)
5.434
41.4
FOT 1 PS
0.8901
0.0
0.0
32.160
5.508 (PS)
7.423
0.0
FOT 1 SB
0.8901
0.0
0.0
32.160
-5.508 (SB)
7.423
0.0
FOT Day
0.8901
100.0
50.3
32.160
0.000 (CL)
2.720
0.0
FOT 2 PS
0.8901
0.0
0.0
121.245
2.263 (PS)
7.654
0.0
FOT 2 SB
0.8901
0.0
0.0
121.245
-2.263 (SB)
7.654
0.0
102.6
32.160
0.000 (CL)
4.104
41.4
Fuel
Totals for Fuel
Other Stores
ERT1 PS
0.9002
10.0
3.5
24.535
1.151 (PS)
0.085
12.2
ERT1 SB
0.9002
10.0
3.5
24.535
-1.151 (SB)
0.085
12.2
ERT2 PS
0.9002
10.0
2.2
27.136
3.339 (PS)
0.218
4.9
ERT2 SB
0.9002
10.0
2.2
27.136
-3.339 (SB)
0.218
4.9
11.4
25.547
0.000 (CL)
0.137
34.3
Totals for Other Stores
Ballast
BT AP.PS
1.0250
0.0
0.0
6.605
2.737 (PS)
7.914
0.0
BT AP.SB
1.0250
0.0
0.0
6.605
-2.737 (SB)
7.914
0.0
BT B0.PS
1.0250
0.0
0.0
32.217
3.335 (PS)
0.763
0.0
BT B0.SB
1.0250
0.0
0.0
32.217
-3.335 (SB)
0.763
0.0
BT B1.1.PS
1.0250
0.0
0.0
40.442
2.581 (PS)
0.705
0.0
BT B1.1.SB
1.0250
0.0
0.0
40.442
-2.581 (SB)
0.705
0.0
BT B1.2.PS
1.0250
0.0
0.0
41.270
6.985 (PS)
0.814
0.0
BT B1.2.SB
1.0250
0.0
0.0
41.270
-6.985 (SB)
0.814
0.0
BT B2.1.PS
1.0250
0.0
0.0
53.040
2.582 (PS)
0.705
0.0
BT B2.1.SB
1.0250
0.0
0.0
53.040
-2.582 (SB)
0.705
0.0
BT B2.2.PS
1.0250
0.0
0.0
53.327
7.908 (PS)
0.756
0.0
BT B2.2.SB
1.0250
0.0
0.0
53.327
-7.908 (SB)
0.756
0.0
BT B3.1.PS
1.0250
0.0
0.0
66.000
2.582 (PS)
0.705
0.0
BT B3.1.SB
1.0250
0.0
0.0
66.000
-2.582 (SB)
0.705
0.0
BT B3.2.PS
1.0250
0.0
0.0
66.003
8.155 (PS)
0.746
0.0
BT 3.2.SB
1.0250
0.0
0.0
66.003
-8.155 (SB)
0.746
0.0
BT B4.1.PS
1.0250
0.0
0.0
78.960
2.582 (PS)
0.705
0.0
BT B4.1.SB
1.0250
0.0
0.0
78.960
-2.582 (SB)
0.705
0.0
BT B4.2.PS
1.0250
0.0
0.0
78.960
8.157 (PS)
0.746
0.0
BT B4.2.SB
1.0250
0.0
0.0
78.960
-8.157 (SB)
0.746
0.0
BT B5.1.PS
1.0250
0.0
0.0
92.280
2.582 (PS)
0.705
0.0
BT B5.1.SB
1.0250
0.0
0.0
92.280
-2.582 (SB)
0.705
0.0
BT B5.2.PS
1.0250
0.0
0.0
92.174
8.098 (PS)
0.747
0.0
BT B5.2.SB
1.0250
0.0
0.0
92.174
-8.098 (SB)
0.747
0.0
BT B6.1PS
1.0250
0.0
0.0
105.600
2.582 (PS)
0.705
0.0
BT B6.1.SB
1.0250
0.0
0.0
105.600
-2.582 (SB)
0.705
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
267
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
BT B6.2.PS
1.0250
0.0
0.0
104.418
7.122 (PS)
0.766
0.0
BT B6.2.SB
1.0250
0.0
0.0
104.418
-7.122 (SB)
0.766
0.0
BT B7.PS
1.0250
0.0
0.0
115.126
2.862 (PS)
0.736
0.0
BT B7.SB
1.0250
0.0
0.0
115.126
-2.862 (SB)
0.736
0.0
BT B8.PS
1.0250
0.0
0.0
121.245
1.957 (PS)
0.741
0.0
BT B8.SB
1.0250
0.0
0.0
121.245
-1.957 (SB)
0.741
0.0
BT S0.PS
1.0250
0.0
0.0
32.282
8.654 (PS)
5.214
0.0
BT S0.SB
1.0250
0.0
0.0
32.282
-8.654 (SB)
5.214
0.0
BT S2.PS
1.0250
0.0
0.0
53.447
11.288 (PS)
5.566
0.0
BT S2.SB
1.0250
0.0
0.0
53.447
-11.288 (SB)
5.566
0.0
BT S3.PS
1.0250
0.0
0.0
66.004
11.391 (PS)
5.410
0.0
BT S3.SB
1.0250
0.0
0.0
66.004
-11.391 (SB)
5.410
0.0
BT S4.PS
1.0250
0.0
0.0
78.960
11.392 (PS)
5.409
0.0
BT S4.SB
1.0250
0.0
0.0
78.960
-11.392 (SB)
5.409
0.0
BT S5.PS
1.0250
0.0
0.0
92.050
11.354 (PS)
5.442
0.0
BT S5.SB
1.0250
0.0
0.0
92.050
-11.354 (SB)
5.442
0.0
BT H1.PS
1.0250
0.0
0.0
39.585
9.103 (PS)
5.032
0.0
BT H1.SB
1.0250
0.0
0.0
39.585
-9.103 (SB)
5.032
0.0
BT H2.PS
1.0250
0.0
0.0
53.040
9.073 (PS)
2.720
0.0
BT H2.SB
1.0250
0.0
0.0
53.040
-9.073 (SB)
2.720
0.0
BT H3.PS
1.0250
0.0
0.0
66.000
9.073 (PS)
2.720
0.0
BT H3.SB
1.0250
0.0
0.0
66.000
-9.073 (SB)
2.720
0.0
BT H4.PS
1.0250
0.0
0.0
78.960
9.073 (PS)
2.719
0.0
BT H4.SB
1.0250
0.0
0.0
78.960
-9.073 (SB)
2.719
0.0
BT H5.PS
1.0250
0.0
0.0
92.280
9.073 (PS)
2.720
0.0
BT H5.SB
1.0250
0.0
0.0
92.280
-9.073 (SB)
2.720
0.0
BT H6.PS
1.0250
0.0
0.0
105.915
8.603 (PS)
4.996
0.0
BT H6.SB
1.0250
0.0
0.0
105.915
-8.603 (SB)
4.996
0.0
BT H7.PS
1.0250
0.0
0.0
115.030
6.095 (PS)
5.317
0.0
BT H7.SB
1.0250
0.0
0.0
115.030
-6.095 (SB)
5.317
0.0
BT FP
1.0250
0.0
0.0
139.592
0.000 (CL)
6.087
0.0
0.0
0.000
0.000 (CL)
0.000
0.0
6010.0
64.939
0.000 (CL)
7.431
154.0
25.842
0.000 (CL)
8.718
75.6
6164.0
63.962
0.000 (CL)
7.464
75.6
Totals for Ballast
Lightship
Deadweight
Displacement
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
268
Intact stability
Stability booklet
Righting levers
Heeling angle
Draft
Trim
Displacement
KN sin(ø)
VCG sin(ø)
GG' sin(ø)
TCG cos(ø)
GZ
Area
(Degr.)
(m)
(m)
(tonnes)
(m)
(m)
(m)
(m)
(m)
(mrad)
0.0º (CL)
2.804
-3.369
6164.0
0.000
0.000
0.000
0.000
0.000
0.000
2.5º (PS)
2.802
-3.369
6164.0
0.724
0.326
0.001
0.000
0.398
0.009
5.0º (PS)
2.794
-3.370
6164.0
1.443
0.650
0.001
0.000
0.791
0.035
10.0º (PS)
2.756
-3.378
6164.0
2.837
1.296
0.002
0.000
1.539
0.137
15.0º (PS)
2.671
-3.409
6164.0
4.120
1.932
0.003
0.000
2.185
0.300
20.0º (PS)
2.495
-3.515
6164.0
5.185
2.553
0.004
0.000
2.629
0.512
25.0º (PS)
2.208
-3.671
6164.0
6.044
3.154
0.005
0.000
2.885
0.754
30.0º (PS)
1.802
-3.861
6164.0
6.759
3.732
0.005
0.000
3.022
1.012
35.0º (PS)
1.252
-4.076
6164.0
7.376
4.281
0.006
0.000
3.089
1.279
40.0º (PS)
0.518
-4.074
6164.0
7.974
4.797
0.007
0.000
3.169
1.552
45.0º (PS)
-0.425
-4.022
6164.0
8.488
5.278
0.009
0.000
3.202
1.830
50.0º (PS)
-1.615
-3.991
6164.0
8.868
5.717
0.010
0.000
3.140
2.108
55.0º (PS)
-3.123
-3.940
6163.9
9.083
6.114
0.012
0.000
2.957
2.375
60.0º (PS)
-5.116
-3.859
6164.0
9.163
6.464
0.014
0.000
2.686
2.621
65.0º (PS)
-7.963
-3.831
6164.0
9.198
6.764
0.016
0.000
2.418
2.844
70.0º (PS)
-12.272
-4.054
6164.0
9.177
7.013
0.018
0.000
2.145
3.043
75.0º (PS)
-19.349
-4.465
6164.0
9.039
7.209
0.020
0.000
1.810
3.216
80.0º (PS)
-33.380
-4.507
6164.0
8.883
7.350
0.021
0.000
1.512
3.361
85.0º (PS)
-75.253
-3.611
6164.0
8.695
7.435
0.022
0.000
1.237
3.480
90.0º (PS)
0.000
1897.782
6164.0
8.542
7.464
0.023
0.000
1.055
3.580
95.0º (PS)
92.303
-12.646
6164.0
8.386
7.435
0.024
0.000
0.927
3.666
100.0º (PS)
50.251
-10.736
6164.0
8.167
7.350
0.024
0.000
0.793
3.741
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
269
Intact stability
Stability booklet
Stability curve
IMO MSC.267(85) - Minimum design criteria applicable to all ships
4.5
4.0
3.5
Angle of max GZ=44.5º
3.0
2.5
Righting lever (m)
2.0
No FSC
1.5
Area B=1.940
GM=9.141
Downflooding angle=85.7º
1.0
Max. GZ at 30º or greater=3.202
0.5
Constant FSC
Steady wind lever
Wind gust lever
Angle of heel under action of steady wind=0.8º
Gust equilibrium=1.2º
0.0
-0.5
-1.0
Area A=1.205
-1.5
-2.0
-2.5
-3.0
Rollback angle=-31.6º
-30
-20
-10
0
10
20
30
40
50
60
70
80
90
100
Heeling angle (°)
Critical points
Description
Type
X coordinate
Y coordinate Z coordinate
Dist. to wl
Submersion angle
(m)
(m)
(m)
(m)
(Degr.)
0.000 (CL)
6.620
2.171
-
Main propeller
Marker
1.750
Bowthruster
Marker
136.120
0.000 (CL)
2.780
1.454
-
<>
Downflooding
7.000
8.000 (PS)
18.750
14.420
85.7 (PS)
Evaluation of criteria
IMO MSC.267(85) - Minimum design criteria applicable to all ships
International Code on Intact Stability (2008), Part A, §2.2 - §2.3
Description
Attained value
Area 0º - 30º
Area 0º - 40º
Area 30º - 40º
Max. GZ at 30º or greater
1.0121
1.5519
0.5398
3.202
(mrad)
(mrad)
(mrad)
(m)
Lower angle
30.0 (Degr.)
Upper angle
90.0 (Degr.)
Angle of max GZ
Initial metacentric height
Severe wind and rolling criterion (weather criterion)
Wind silhouette:
44.5 (Degr.)
9.141 (m)
>=
>=
>=
>=
>=
>=
Required value
0.0550
0.0900
0.0300
0.200
Complies
(mrad)
(mrad)
(mrad)
(m)
YES
YES
YES
YES
25.0 (Degr.)
0.150 (m)
YES
YES
YES
Homogenous cargo
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
Criterion
270
Intact stability
Stability booklet
Evaluation of criteria
Windspeed
50.54 (kn.)
51.4 (kg/m2)
Wind pressure
1911.66 (m2)
Wind area
Steady wind lever
0.130 (m)
Deck immersion angle
45.02 (Degr.)
Wind gust lever
0.195 (m)
Ratio of areaA/areaB
0.621
Maximum allowed static heeling angle
0.8 (Degr.)
Max allowed ratio static angle/deck immersion angle
0.018
<=
<=
<=
1.000
16.0 (Degr.)
0.800
YES
YES
YES
The condition complies with the stability criteria
9/9/2019 DELFTship 11.30 (317)
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271
Intact stability
Stability booklet
Bending moment and shearforce calculation
80
70
60
50
40
30
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
Weight 10
Sectional areas
0
Load
195 200 205
-10
Weight (tonnes/m)
20
-20
-30
-40
-50
-60
-70
-80
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Shear force
11000
10000
9000
8000
7000
6000
5000
4000
2000
1000
Shear force
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
0
195 200 205
-1000
-2000
Shear force (tonnes)
3000
-3000
-4000
-5000
-6000
-7000
-8000
-9000
-10000
-11000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
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272
Intact stability
Stability booklet
Bending moment
50000
40000
30000
10000
Bending moment
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-10000
Bending moment (t*m)
20000
-20000
-30000
-40000
-50000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Deflection
45
40
35
30
25
20
15
5
Deflection
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-5
Deflection (mm)
10
-10
-15
-20
-25
-30
-35
-40
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Summary
Mean moulded draft
Displacement
2.804 (m)
Trim
6164.0 (tonnes)
GM
Minimum shearforce
-633.50 (tonnes)
6.1% Distance from app
Maximum shearforce
883.16 (tonnes)
-3.369 (m)
9.141 (m)
101.200 (m)
11.1% Distance from app
25.760 (m)
Maximum sagging moment
-1.54 (t*m)
Distance from app
144.400 (m)
Maximum hogging moment
31487.57 (t*m)
58.9% Distance from app
61.600 (m)
44.0 (mm)
Distance from app
67.200 (m)
Max. deflection
9/9/2019 DELFTship 11.30 (317)
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273
Intact stability
Stability booklet
Summary
The condition complies with the longitudinal strength criteria
9/9/2019 DELFTship 11.30 (317)
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Intact stability
Stability booklet
Weightlist
Description
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
Forward
(m)
FOT 1 C
52.3
32.160
0.000 (CL)
5.434
30.000
34.320
FOT Day
50.3
32.160
0.000 (CL)
2.720
30.000
34.320
ERT1 PS
3.5
24.535
1.151 (PS)
0.085
17.760
30.000
ERT1 SB
3.5
24.535
-1.151 (SB)
0.085
17.760
30.000
ERT2 PS
2.2
27.136
3.339 (PS)
0.218
18.204
30.000
ERT2 SB
2.2
27.136
-3.339 (SB)
0.218
18.204
30.000
Forecastle
40.0
134.570
0.000 (CL)
13.500
129.360
145.000
Aftercastle
170.0
4.390
0.000 (CL)
13.500
-5.000
13.440
Superstructure
180.0
9.720
0.000 (CL)
23.000
5.400
13.440
Engine
280.0
21.660
0.000 (CL)
4.660
17.560
25.760
Other machinery in ER
410.0
21.660
0.000 (CL)
5.000
12.000
30.000
Hatch covers
118.180
670.0
76.600
0.000 (CL)
14.600
34.044
Aft equipment
20.0
0.000
0.000 (CL)
15.200
-5.000
5.400
Fore equipment
90.0
136.250
0.000 (CL)
15.200
129.360
141.083
Ship Systems
150.0
86.100
0.000 (CL)
7.950
-5.000
145.000
Electrical systems
120.0
86.100
0.000 (CL)
7.950
-5.000
145.000
hull 1
435.6
16.777
0.000 (CL)
4.800
-5.000
30.000
hull 2
378.3
37.862
0.000 (CL)
4.800
30.000
45.000
hull 3
465.5
52.674
0.000 (CL)
4.800
45.000
60.000
hull 4
995.6
75.000
0.000 (CL)
4.800
60.000
90.000
hull 5
485.4
97.436
0.000 (CL)
4.800
90.000
105.000
hull 6
502.5
114.150
0.000 (CL)
4.800
105.000
125.000
hull 7
187.2
131.667
0.000 (CL)
4.800
125.000
145.000
Reserve
430.0
70.960
0.000 (CL)
9.703
-5.000
145.000
40.0
9.720
0.000 (CL)
23.000
5.400
13.440
crew
9/9/2019 DELFTship 11.30 (317)
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Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
-5.000
17.6
0.0
17.6
0.00
0.0
0
0.0
0.0
-4.000
18.1
0.0
18.1
19.89
1.4
88
9.9
0.9
-3.000
18.7
0.0
18.7
39.78
2.4
176
9.9
1.7
-2.000
19.2
0.0
19.2
59.67
3.2
264
9.9
2.6
-1.000
19.8
0.0
19.8
79.57
3.8
353
9.9
3.5
0.000
20.3
0.0
20.3
99.46
4.3
441
9.9
4.3
1.000
20.9
0.0
20.9
119.35
4.7
529
9.9
5.2
2.000
21.4
0.0
21.4
139.24
5.0
617
9.9
6.1
3.000
22.0
0.0
22.0
159.13
5.3
705
9.9
6.9
4.000
22.5
1.7
20.8
179.83
5.6
846
10.5
7.8
5.000
23.1
3.8
19.3
199.83
5.8
1040
11.7
8.6
6.000
44.1
5.8
38.3
230.46
6.3
1257
12.8
9.5
7.000
46.2
8.0
38.2
268.75
7.0
1512
14.1
10.4
8.000
48.3
10.4
38.0
306.87
7.5
1804
15.6
11.2
9.000
50.5
12.8
37.7
344.69
8.0
2135
17.1
12.1
10.000
52.6
15.2
37.3
382.19
8.5
2502
18.7
12.9
11.000
54.7
17.6
37.1
419.39
8.9
2908
20.4
13.8
12.000
56.8
19.9
36.9
456.37
9.2
3349
22.1
14.7
13.000
77.3
22.2
55.0
511.20
9.9
3838
23.9
15.5
14.000
35.8
24.5
11.3
541.98
10.1
4374
25.8
16.4
15.000
36.9
26.7
10.2
552.73
9.9
4926
27.6
17.2
16.000
38.0
29.0
9.0
562.37
9.7
5488
29.3
18.0
17.000
39.1
31.2
7.9
570.82
9.4
6059
30.9
18.9
18.000
74.8
33.5
41.3
593.26
9.5
6641
32.4
19.7
19.000
75.9
35.8
40.2
633.94
9.8
7260
33.9
20.5
20.000
77.1
38.0
39.1
673.58
10.0
7917
35.5
21.4
21.000
78.3
40.2
38.1
712.12
10.3
8616
37.2
22.2
22.000
79.4
42.4
37.1
749.70
10.5
9350
38.9
23.0
23.000
80.6
44.4
36.2
786.30
10.7
10123
40.6
23.8
24.000
81.8
46.4
35.3
822.08
10.8
10931
42.3
24.6
25.000
82.9
48.3
34.6
857.04
11.0
11776
44.1
25.4
26.000
50.0
50.2
-0.2
883.13
11.1
12653
45.8
26.2
27.000
51.1
51.9
-0.8
882.63
10.9
13540
47.5
26.9
28.000
52.3
53.6
-1.3
881.61
10.7
14427
49.1
27.7
29.000
53.5
55.2
-1.7
880.11
10.5
15312
50.5
28.4
30.000
54.7
56.7
-2.1
878.23
10.2
16196
51.9
29.2
31.000
50.4
58.2
-7.8
870.89
10.0
17075
53.2
29.9
32.000
50.3
59.6
-9.3
862.59
9.7
17946
54.4
30.6
33.000
50.8
60.9
-10.1
852.88
9.4
18808
55.5
31.3
34.000
51.3
62.2
-10.9
842.38
9.2
19661
56.6
32.0
35.000
35.8
63.5
-27.7
822.29
8.8
20499
57.5
32.7
36.000
36.3
64.7
-28.4
794.26
8.4
21313
58.3
33.3
37.000
36.8
65.8
-29.0
765.56
7.9
22096
59.0
34.0
38.000
37.3
66.9
-29.6
736.27
7.5
22852
59.6
34.6
39.000
37.8
67.9
-30.1
706.41
7.1
23578
60.1
35.2
40.000
38.3
68.9
-30.6
676.07
6.7
24274
60.5
35.8
41.000
38.8
69.8
-31.0
645.26
6.3
24938
60.8
36.4
42.000
39.3
70.7
-31.4
614.07
6.0
25573
61.1
36.9
9/9/2019 DELFTship 11.30 (317)
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Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
43.000
39.9
71.6
-31.7
582.51
5.6
26175
61.2
37.5
44.000
40.4
72.3
-32.0
550.68
5.2
26747
61.3
38.0
45.000
40.9
73.0
-32.2
518.62
4.9
27286
61.2
38.5
46.000
41.2
73.7
-32.5
486.29
4.5
27793
61.2
39.0
47.000
41.5
74.3
-32.8
453.64
4.2
28267
61.0
39.4
48.000
41.8
74.8
-33.0
420.77
3.9
28709
60.8
39.9
49.000
42.1
75.2
-33.1
387.72
3.5
29117
60.5
40.3
50.000
42.4
75.6
-33.2
354.58
3.2
29493
60.2
40.7
51.000
42.7
75.9
-33.1
321.42
2.9
29835
59.8
41.1
52.000
43.1
76.1
-33.0
288.33
2.6
30145
59.4
41.4
53.000
43.4
76.2
-32.8
255.39
2.2
30420
58.9
41.8
54.000
43.7
76.2
-32.5
222.68
1.9
30665
58.3
42.1
55.000
44.0
76.1
-32.2
190.34
1.6
30875
57.8
42.4
56.000
44.3
76.0
-31.7
158.40
1.4
31054
58.1
42.6
57.000
44.6
75.7
-31.1
127.01
1.1
31201
58.4
42.9
58.000
44.9
75.4
-30.5
96.20
0.8
31317
58.6
43.1
59.000
45.2
75.0
-29.8
66.10
0.6
31402
58.7
43.3
60.000
45.5
74.5
-29.0
36.70
0.3
31459
58.8
43.5
61.000
45.6
74.0
-28.5
7.99
0.1
31485
58.9
43.6
62.000
45.6
73.5
-27.9
-20.19
0.2
31483
58.9
43.7
63.000
45.6
72.9
-27.3
-47.76
0.4
31453
58.8
43.8
64.000
45.6
72.3
-26.7
-74.75
0.6
31397
58.7
43.9
65.000
45.7
71.7
-26.1
-101.10
0.9
31313
58.6
44.0
66.000
45.7
71.1
-25.4
-126.86
1.1
31204
58.4
44.0
67.000
45.7
70.5
-24.8
-151.98
1.3
31068
58.1
44.0
68.000
45.7
69.9
-24.2
-176.51
1.5
30909
57.8
44.0
69.000
45.8
69.4
-23.6
-200.40
1.7
30724
57.5
44.0
70.000
45.8
68.8
-23.0
-223.71
1.9
30517
57.1
43.9
71.000
45.8
68.2
-22.4
-246.38
2.1
30286
56.6
43.9
72.000
45.8
67.6
-21.8
-268.45
2.3
30033
56.2
43.8
73.000
45.8
67.0
-21.1
-289.89
2.5
29758
55.7
43.6
74.000
45.9
66.4
-20.5
-310.75
2.7
29463
55.1
43.5
75.000
45.9
65.8
-19.9
-330.96
2.9
29146
54.5
43.3
76.000
45.9
65.2
-19.3
-350.59
3.0
28810
53.9
43.2
77.000
45.9
64.6
-18.7
-369.58
3.2
28454
53.2
43.0
78.000
46.0
64.0
-18.1
-387.98
3.4
28080
52.5
42.7
79.000
46.0
63.5
-17.5
-405.74
3.5
27687
51.8
42.5
80.000
46.0
62.9
-16.9
-422.92
3.7
27277
51.0
42.2
81.000
46.0
62.3
-16.2
-439.46
3.8
26850
50.2
41.9
82.000
46.1
61.7
-15.6
-455.42
3.9
26407
49.4
41.6
83.000
46.1
61.1
-15.0
-470.73
4.1
25948
48.5
41.3
84.000
46.1
60.5
-14.4
-485.46
4.2
25475
47.7
41.0
85.000
46.1
59.9
-13.8
-499.56
4.3
24986
46.7
40.6
86.000
46.2
59.3
-13.2
-513.06
4.5
24485
45.8
40.2
87.000
46.2
58.8
-12.6
-525.93
4.6
23969
44.8
39.8
88.000
46.2
58.2
-12.0
-538.22
4.7
23442
43.8
39.4
89.000
46.2
57.6
-11.4
-549.87
4.8
22902
42.8
39.0
90.000
46.2
57.0
-10.7
-560.93
5.0
22351
41.8
38.5
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Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
91.000
46.2
56.4
-10.2
-571.42
5.1
21789
40.8
38.0
92.000
46.1
55.8
-9.7
-581.41
5.2
21217
39.7
37.6
93.000
46.0
55.1
-9.1
-590.80
5.3
20636
39.0
37.1
94.000
45.9
54.3
-8.4
-599.58
5.4
20045
38.6
36.5
95.000
45.8
53.4
-7.6
-607.58
5.5
19445
38.2
36.0
96.000
45.7
52.4
-6.7
-614.77
5.6
18839
37.8
35.5
97.000
45.6
51.3
-5.7
-620.93
5.7
18225
37.3
34.9
98.000
45.6
50.0
-4.5
-626.04
5.7
17606
36.8
34.4
99.000
45.5
48.7
-3.2
-629.87
5.8
16982
36.3
33.8
100.000
45.4
47.2
-1.8
-632.41
5.9
16356
35.7
33.2
101.000
45.3
45.6
-0.3
-633.44
6.0
15727
35.1
32.6
102.000
45.2
44.0
1.2
-633.01
6.1
15098
34.5
32.0
103.000
45.1
42.3
2.8
-630.94
6.3
14470
33.8
31.3
104.000
45.0
40.5
4.5
-627.30
6.4
13846
33.2
30.7
105.000
44.9
38.8
6.1
-621.99
6.5
13225
32.5
30.0
106.000
44.3
37.0
7.3
-615.28
6.6
12611
31.8
29.4
107.000
43.7
35.3
8.4
-607.41
6.7
12004
31.0
28.7
108.000
43.1
33.6
9.5
-598.46
6.8
11405
30.3
28.0
109.000
42.5
31.8
10.7
-588.34
6.9
10816
29.5
27.3
110.000
41.9
30.1
11.7
-577.17
6.9
10238
28.7
26.7
111.000
41.2
28.4
12.8
-564.87
7.0
9671
27.9
26.0
112.000
40.6
26.8
13.8
-551.57
7.0
9117
27.1
25.2
113.000
40.0
25.2
14.8
-537.21
7.1
8577
26.3
24.5
114.000
39.4
23.6
15.8
-521.92
7.1
8052
25.5
23.8
115.000
38.8
22.1
16.7
-505.65
7.1
7543
24.7
23.1
116.000
38.2
20.6
17.6
-488.53
7.1
7050
23.9
22.4
117.000
37.5
19.2
18.4
-470.53
7.1
6575
23.1
21.6
118.000
36.9
17.8
19.1
-451.78
7.1
6118
22.3
20.9
119.000
28.1
16.4
11.6
-439.01
7.2
5678
21.4
20.1
120.000
27.4
15.2
12.3
-427.09
7.3
5249
20.6
19.4
121.000
26.8
14.0
12.8
-414.52
7.3
4833
19.8
18.6
122.000
26.2
12.8
13.4
-401.42
7.4
4429
18.9
17.9
123.000
25.6
11.7
13.8
-387.80
7.5
4039
18.0
17.1
124.000
24.9
10.7
14.2
-373.78
7.6
3662
17.1
16.3
125.000
24.3
9.8
14.6
-359.39
7.7
3300
16.2
15.6
126.000
23.4
8.9
14.5
-344.84
7.7
2952
15.3
14.8
127.000
22.5
8.0
14.5
-330.35
7.8
2619
14.3
14.0
128.000
21.6
7.2
14.3
-315.95
7.9
2300
13.3
13.3
129.000
20.6
6.5
14.1
-301.72
8.0
1996
12.3
12.5
130.000
28.7
5.8
22.9
-281.98
8.0
1707
11.2
11.7
131.000
28.1
5.1
23.0
-259.02
7.9
1442
10.1
10.9
132.000
27.6
4.5
23.0
-236.00
7.7
1198
9.1
10.2
133.000
27.0
4.0
23.1
-212.95
7.6
979
8.0
9.4
134.000
26.5
3.4
23.0
-189.90
7.4
781
7.0
8.6
135.000
25.9
3.0
23.0
-166.90
7.1
608
6.0
7.8
136.000
25.4
2.5
22.9
-143.99
6.8
456
5.0
7.0
137.000
24.8
2.1
22.7
-121.21
6.5
329
4.0
6.3
138.000
24.2
1.8
22.5
-98.61
6.0
223
3.1
5.5
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
278
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
139.000
23.7
1.5
22.2
-76.25
5.4
140
2.3
4.7
140.000
23.1
1.2
21.9
-54.17
4.6
79
1.5
3.9
141.000
22.6
1.0
21.6
-32.43
3.5
40
1.0
3.1
142.000
9.7
0.8
8.9
-22.05
3.1
18
0.6
2.3
143.000
8.4
0.6
7.8
-13.73
2.9
4
0.2
1.6
144.000
7.2
0.4
6.8
-6.38
2.7
-1
0.2
0.8
145.000
5.9
0.0
5.9
0.00
0.0
0
0.0
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
279
Intact stability
Stability booklet
No cargo - Arrival - Ballasted
1116 TEU - Multipurpose
Designer
Nemanja Surbatovic
Created by
Nemanja Surbatovic
Comment
Filename
Nemanja Surbatovic Final.fbm
Design length
145.00 (m)
Midship location
72.500 (m)
Length over all
150.00 (m)
Relative water density
1.0250
Design beam
24.840 (m)
Mean shell thickness
0.0130 (m)
Maximum beam
24.840 (m)
Appendage coefficient
1.0000
Design draft
8.280 (m)
Calculation settings
Center of gravity of tanks containing liquids
:
Actual COG
Homogenous cargo
-5
0
0
5
10
15
10
20
25
30
20
35
40
45
30
50
55
60
40
65
70
75
50
80
85
90
60
95
100
105
70
110
115
120
125
80
130
90
135
140
145
100
150
155
110
160
165
170
120
175
180
185
130
190
195
200
205
140
Distance from app (m)
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
280
Intact stability
Stability booklet
FOT 1 C Cargo Hold 1
BT AP.PS
BT AP.PS
BT AP.SB
FOT 2 PS
BT FP
FOT 1 C
FOT 1 SB
FOT 1 PS
BT S0.SB
BT S0.PS
FOT Day
ERT1 PS
-5
0
5
10
15
20
25
30
35
40
45
BT B0.PS
50
55
Cargo Hold 1
BT H1.PS
BT H1.SB
FOT Day
BT B1.1.PS
60
65
70
BT B2.1.PS
75
80
85
BT B3.1.PS
90
95
100
105
BT B4.1.PS
110
115
120
BT B5.1.PS
125
130
135
140
BT B6.1PS
145
150
155
160
BT B7.PS BT B8.PS
165
170
175
180
185
190
195
200
205
0.000 (CL)
PS
#8
ERT1 PS
ERT1 SB
#38PS
ERT2
ERT2 SB
SB PS
BT B0.PS BT B0.SB
SB PS
#48
BT B1.1.PS BT B1.2.SB
BT B1.2.PS
BT B1.1.SB
SB PS
#57
SB
FOT 1 PS
FOT 2 PS
FOT 1 C Cargo Hold 1
10.000
FOT 2 SB
FOT 1 SB
BT S2.PS
BT S2.SB BT S3.PS
BT H2.PS
BT S2.PS
BT S0.PS
BT S3.PS
BT S4.PS
BT H2.SB
BT B2.1.PS
BT B2.2.SB
BT B2.2.PS
BT B2.1.SB
BT S5.PS
BT H1.PS
BT H6.PS
PS
#77
SB PS
BT S3.SB BT S4.PS
BT H3.PS
BT H3.SB
BT B3.1.PS
BT 3.2.SB
BT B3.2.PS
BT B3.1.SB
#95
SB PS
BT S4.SB BT S5.PS
BT H4.PS
BT H4.SB
#113
BT S5.SB
BT H5.PS
BT B4.1.PS
BT B4.2.SB
BT B4.2.PS
BT B4.1.SB
BT H5.SB
BT B5.1.PS BT B5.2.SB
BT B5.2.PS
BT B5.1.SB
SB PS
#131
SB
BT H7.PS
FOT 1 PS
BT AP.PS
FOT 2 PS
FOT 1 C Cargo Hold 1
BT FP 8.300
BT AP.SB
FOT 2 SB
FOT 1 SB
BT H7.SB
BT S0.SB
BT H6.SB
BT H1.SB
BT S2.SB
BT S2.PS
BT S0.PS
BT H1.PS
BT H2.PS
BT S3.SB
BT S4.SB
BT S5.SB
BT S3.PS
BT S4.PS
BT S5.PS
BT H3.PS
BT H4.PS
BT H5.PS
BT H6.PS
BT H6.SB
BT H7.PS
BT H7.SB
FOT 2 PS
FOT 2 SB
BT FP
BT H6.PS
BT B6.2.SB
BT B6.1PS
BT B6.2.PS
BT B6.1.SB
BT H7.PS
FOT 1 PS
PS
#151
SB PS
BT B7.PS
BT B8.PS
BT B8.SB
BT B7.SB
#163
SB PS
#171
SB PS
#199
SB
FOT 2 PS
FOT Day Cargo Hold 1
FOT 2 SB
FOT 1 SB
BT FP 2.500
Cargo
BT H7.SB
Fuel
BT S0.SB
BT H1.SB
BT H2.SB
BT H5.SB
BT H6.SB
BT H3.SB
BT H4.SB
BT S3.SB
BT S4.SB
BT S5.SB
BT B2.2.PS
BT B3.2.PS
BT B4.2.PS
BT B5.2.PS
BT B1.1.PS
BT B2.1.PS
BT B3.1.PS
BT B4.1.PS
BT B5.1.PS
BT B6.1PS
BT B7.PS
BT B1.1.SB
BT B2.1.SB
BT B3.1.SB
BT B4.1.SB
BT B5.1.SB
BT B6.1.SB
BT B7.SB
BT B2.2.SB
BT 3.2.SB
BT B4.2.SB
BT B5.2.SB
BT S2.SB
Other Stores
Ballast
BT B1.2.PS
ERT2 PS
BT B0.PS
BT B6.2.PS
ERT1 PS
ERT2 SB
BT B8.PS
0.700
ERT1 SB
BT B0.SB
BT B1.2.SB
BT B8.SB
BT B6.2.SB
Hydrostatic particulars
List
GG'
0.006 (m)
Draft aft pp
0.0 (CL) (Degr.)
7.030 (m)
VCG'
5.370 (m)
Mean moulded draft
5.423 (m)
Max VCG'
10.973 (m)
Draft forward pp
3.815 (m)
GM solid
5.759 (m)
Trim
-3.215 (m)
G'M liquid
KM
11.123 (m)
Immersion rate
5.753 (m)
VCG
5.364 (m)
MCT
26.102 (t/cm)
186.3 (t*m/cm)
Summary
Description
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
Crew
40.0
9.720
0.000
23.000
0.0
Cargo
0.0
0.000
0.000
0.000
102.6
32.160
0.000
4.104
41.4
11.4
25.547
0.000
0.137
34.3
Ballast
6517.6
70.014
0.000
3.378
0.0
Lightship
6010.0
64.939
0.000 (CL)
7.431
6671.6
68.994
0.000 (CL)
3.501
75.6
12681.6
67.072
0.000 (CL)
5.364
75.6
Fuel
Other Stores
Deadweight
Displacement
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
281
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
40.0
9.720
0.000 (CL)
23.000
0.0
Crew
crew
Cargo
Cargo Hold 1
0.6382
0.0
0.0
37.560
0.000 (CL)
8.904
0.0
FOT 1 C
0.8901
35.2
52.3
32.160
0.000 (CL)
5.434
41.4
FOT 1 PS
0.8901
0.0
0.0
32.160
5.508 (PS)
7.423
0.0
FOT 1 SB
0.8901
0.0
0.0
32.160
-5.508 (SB)
7.423
0.0
FOT Day
0.8901
100.0
50.3
32.160
0.000 (CL)
2.720
0.0
FOT 2 PS
0.8901
0.0
0.0
121.245
2.263 (PS)
7.654
0.0
FOT 2 SB
0.8901
0.0
0.0
121.245
-2.263 (SB)
7.654
0.0
102.6
32.160
0.000 (CL)
4.104
41.4
Fuel
Totals for Fuel
Other Stores
ERT1 PS
0.9002
10.0
3.5
24.535
1.151 (PS)
0.085
12.2
ERT1 SB
0.9002
10.0
3.5
24.535
-1.151 (SB)
0.085
12.2
ERT2 PS
0.9002
10.0
2.2
27.136
3.339 (PS)
0.218
4.9
ERT2 SB
0.9002
10.0
2.2
27.136
-3.339 (SB)
0.218
4.9
11.4
25.547
0.000 (CL)
0.137
34.3
Totals for Other Stores
Ballast
BT AP.PS
1.0250
100.0
164.6
6.605
2.737 (PS)
7.914
0.0
BT AP.SB
1.0250
100.0
164.6
6.605
-2.737 (SB)
7.914
0.0
BT B0.PS
1.0250
100.0
40.7
32.217
3.335 (PS)
0.763
0.0
BT B0.SB
1.0250
100.0
40.7
32.217
-3.335 (SB)
0.763
0.0
BT B1.1.PS
1.0250
100.0
89.5
40.442
2.581 (PS)
0.705
0.0
BT B1.1.SB
1.0250
100.0
89.5
40.442
-2.581 (SB)
0.705
0.0
BT B1.2.PS
1.0250
100.0
55.7
41.270
6.985 (PS)
0.814
0.0
BT B1.2.SB
1.0250
100.0
55.7
41.270
-6.985 (SB)
0.814
0.0
BT B2.1.PS
1.0250
100.0
94.8
53.040
2.582 (PS)
0.705
0.0
BT B2.1.SB
1.0250
100.0
94.8
53.040
-2.582 (SB)
0.705
0.0
BT B2.2.PS
1.0250
100.0
98.5
53.327
7.908 (PS)
0.756
0.0
BT B2.2.SB
1.0250
100.0
98.5
53.327
-7.908 (SB)
0.756
0.0
BT B3.1.PS
1.0250
100.0
94.8
66.000
2.582 (PS)
0.705
0.0
BT B3.1.SB
1.0250
100.0
94.8
66.000
-2.582 (SB)
0.705
0.0
BT B3.2.PS
1.0250
100.0
108.6
66.003
8.155 (PS)
0.746
0.0
BT 3.2.SB
1.0250
100.0
108.6
66.003
-8.155 (SB)
0.746
0.0
BT B4.1.PS
1.0250
100.0
94.8
78.960
2.582 (PS)
0.705
0.0
BT B4.1.SB
1.0250
100.0
94.8
78.960
-2.582 (SB)
0.705
0.0
BT B4.2.PS
1.0250
100.0
108.7
78.960
8.157 (PS)
0.746
0.0
BT B4.2.SB
1.0250
100.0
108.7
78.960
-8.157 (SB)
0.746
0.0
BT B5.1.PS
1.0250
100.0
100.1
92.280
2.582 (PS)
0.705
0.0
BT B5.1.SB
1.0250
100.0
100.1
92.280
-2.582 (SB)
0.705
0.0
BT B5.2.PS
1.0250
100.0
112.3
92.174
8.098 (PS)
0.747
0.0
BT B5.2.SB
1.0250
100.0
112.3
92.174
-8.098 (SB)
0.747
0.0
BT B6.1PS
1.0250
100.0
94.8
105.600
2.582 (PS)
0.705
0.0
BT B6.1.SB
1.0250
100.0
94.8
105.600
-2.582 (SB)
0.705
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
282
Intact stability
Description
Stability booklet
Density
Fill%
(t/m3)
Weight
LCG
TCG
VCG
FSM
(tonnes)
(m)
(m)
(m)
(t*m)
BT B6.2.PS
1.0250
100.0
63.9
104.418
7.122 (PS)
0.766
0.0
BT B6.2.SB
1.0250
100.0
63.9
104.418
-7.122 (SB)
0.766
0.0
BT B7.PS
1.0250
100.0
51.7
115.126
2.862 (PS)
0.735
0.0
BT B7.SB
1.0250
100.0
51.7
115.126
-2.862 (SB)
0.735
0.0
BT B8.PS
1.0250
100.0
31.2
121.245
1.957 (PS)
0.741
0.0
BT B8.SB
1.0250
100.0
31.2
121.245
-1.957 (SB)
0.741
0.0
BT S0.PS
1.0250
100.0
75.1
32.282
8.654 (PS)
5.214
0.0
BT S0.SB
1.0250
100.0
75.1
32.282
-8.654 (SB)
5.214
0.0
BT S2.PS
1.0250
100.0
176.9
53.447
11.288 (PS)
5.566
0.0
BT S2.SB
1.0250
100.0
176.9
53.447
-11.288 (SB)
5.566
0.0
BT S3.PS
1.0250
100.0
202.3
66.004
11.391 (PS)
5.410
0.0
BT S3.SB
1.0250
100.0
202.3
66.004
-11.391 (SB)
5.410
0.0
BT S4.PS
1.0250
100.0
202.4
78.960
11.392 (PS)
5.409
0.0
BT S4.SB
1.0250
100.0
202.4
78.960
-11.392 (SB)
5.409
0.0
BT S5.PS
1.0250
100.0
204.1
92.050
11.354 (PS)
5.442
0.0
BT S5.SB
1.0250
100.0
204.1
92.050
-11.354 (SB)
5.442
0.0
BT H1.PS
1.0250
100.0
282.9
39.585
9.103 (PS)
5.032
0.0
BT H1.SB
1.0250
100.0
282.9
39.585
-9.103 (SB)
5.032
0.0
BT H2.PS
1.0250
100.0
92.3
53.040
9.073 (PS)
2.720
0.0
BT H2.SB
1.0250
100.0
92.3
53.040
-9.073 (SB)
2.720
0.0
BT H3.PS
1.0250
100.0
92.3
66.000
9.073 (PS)
2.720
0.0
BT H3.SB
1.0250
100.0
92.3
66.000
-9.073 (SB)
2.720
0.0
BT H4.PS
1.0250
100.0
92.3
78.960
9.073 (PS)
2.719
0.0
BT H4.SB
1.0250
100.0
92.3
78.960
-9.073 (SB)
2.719
0.0
BT H5.PS
1.0250
100.0
97.5
92.280
9.073 (PS)
2.720
0.0
BT H5.SB
1.0250
100.0
97.5
92.280
-9.073 (SB)
2.720
0.0
BT H6.PS
1.0250
100.0
336.1
105.915
8.603 (PS)
4.996
0.0
BT H6.SB
1.0250
100.0
336.1
105.915
-8.603 (SB)
4.996
0.0
BT H7.PS
1.0250
0.0
0.0
115.030
6.095 (PS)
5.317
0.0
BT H7.SB
1.0250
0.0
0.0
115.030
-6.095 (SB)
5.317
0.0
BT FP
1.0250
0.0
0.0
139.592
0.000 (CL)
6.087
0.0
Totals for Ballast
6517.6
70.014
0.000 (CL)
3.378
0.0
Lightship
6010.0
64.939
0.000 (CL)
7.431
Deadweight
6671.6
68.994
0.000 (CL)
3.501
75.6
12681.6
67.072
0.000 (CL)
5.364
75.6
Displacement
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
283
Intact stability
Stability booklet
Righting levers
Heeling angle
Draft
Trim
Displacement
KN sin(ø)
VCG sin(ø)
GG' sin(ø)
TCG cos(ø)
GZ
Area
(Degr.)
(m)
(m)
(tonnes)
(m)
(m)
(m)
(m)
(m)
(mrad)
0.0º (CL)
5.423
-3.215
12681.5
0.000
0.000
0.000
0.000
0.000
0.000
2.5º (PS)
5.421
-3.210
12681.5
0.485
0.234
0.000
0.000
0.251
0.005
5.0º (PS)
5.416
-3.194
12681.5
0.972
0.467
0.001
0.000
0.504
0.022
10.0º (PS)
5.395
-3.126
12681.5
1.956
0.931
0.001
0.000
1.024
0.088
15.0º (PS)
5.355
-3.004
12681.6
2.960
1.388
0.001
0.000
1.571
0.201
20.0º (PS)
5.283
-2.811
12681.5
3.982
1.834
0.002
0.000
2.146
0.363
25.0º (PS)
5.154
-2.487
12681.6
5.014
2.267
0.002
0.000
2.745
0.577
30.0º (PS)
4.946
-2.075
12681.5
6.004
2.682
0.003
0.000
3.320
0.842
35.0º (PS)
4.676
-1.736
12681.6
6.803
3.076
0.003
0.000
3.724
1.151
40.0º (PS)
4.332
-1.369
12681.6
7.441
3.448
0.004
0.000
3.990
1.488
45.0º (PS)
3.868
-1.027
12681.5
7.979
3.793
0.004
0.000
4.183
1.845
50.0º (PS)
3.244
-0.720
12681.6
8.441
4.109
0.005
0.000
4.327
2.217
55.0º (PS)
2.469
-0.407
12681.6
8.755
4.394
0.006
0.000
4.356
2.597
60.0º (PS)
1.457
-0.096
12681.5
8.949
4.645
0.007
0.000
4.298
2.975
65.0º (PS)
0.060
0.307
12681.6
9.036
4.861
0.008
0.000
4.167
3.345
70.0º (PS)
-2.034
1.012
12681.6
9.036
5.040
0.009
0.000
3.987
3.700
75.0º (PS)
-5.586
2.800
12681.6
9.018
5.181
0.010
0.000
3.828
4.041
80.0º (PS)
-12.743
7.117
12681.6
8.958
5.282
0.010
0.000
3.665
4.368
85.0º (PS)
-34.196
20.720
12681.5
8.833
5.343
0.011
0.000
3.479
4.680
90.0º (PS)
0.000
13551.168
12681.6
8.627
5.364
0.011
0.000
3.252
4.974
95.0º (PS)
51.248
-33.375
12681.5
8.349
5.343
0.012
0.000
2.994
5.247
100.0º (PS)
29.795
-19.771
12681.6
8.011
5.282
0.012
0.000
2.717
5.496
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Intact stability
Stability booklet
Stability curve
IMO MSC.267(85) - Minimum design criteria applicable to all ships
5.5
5.0
4.5
Angle of max GZ=53.8º
4.0
Downflooding angle=68.7º
No FSC
Constant FSC
3.5
Righting lever (m)
3.0
2.5
2.0
1.5
Area B=2.148
GM=5.753
Max. GZ at 30º or greater=4.359
1.0
0.5
Steady wind lever
Gust equilibrium=0.8º Wind gust lever
Angle of heel under action of steady wind=0.5º
0.0
-0.5
Area A=0.421
-1.0
-1.5
-2.0
Rollback angle=-20.7º
-2.5
-20
-10
0
10
20
30
40
50
60
70
80
90
100
Heeling angle (°)
Critical points
Description
Type
X coordinate
Y coordinate Z coordinate
Dist. to wl
Submersion angle
(m)
(m)
(m)
(m)
(Degr.)
0.000 (CL)
6.620
-0.371
0.0 (CL)
Main propeller
Marker
1.750
Bowthruster
Marker
136.120
0.000 (CL)
2.780
-1.231
0.0 (CL)
<>
Downflooding
7.000
8.000 (PS)
18.750
11.872
68.7 (PS)
Evaluation of criteria
IMO MSC.267(85) - Minimum design criteria applicable to all ships
International Code on Intact Stability (2008), Part A, §2.2 - §2.3
Description
Attained value
Area 0º - 30º
Area 0º - 40º
Area 30º - 40º
Max. GZ at 30º or greater
0.8422
1.4881
0.6460
4.359
(mrad)
(mrad)
(mrad)
(m)
Lower angle
30.0 (Degr.)
Upper angle
90.0 (Degr.)
Angle of max GZ
Initial metacentric height
Severe wind and rolling criterion (weather criterion)
Wind silhouette:
53.8 (Degr.)
5.753 (m)
>=
>=
>=
>=
>=
>=
Required value
0.0550
0.0900
0.0300
0.200
Complies
(mrad)
(mrad)
(mrad)
(m)
YES
YES
YES
YES
25.0 (Degr.)
0.150 (m)
YES
YES
YES
Homogenous cargo
9/9/2019 DELFTship 11.30 (317)
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Criterion
285
Intact stability
Stability booklet
Evaluation of criteria
Windspeed
50.54 (kn.)
51.4 (kg/m2)
Wind pressure
1544.34 (m2)
Wind area
Steady wind lever
0.053 (m)
Deck immersion angle
29.52 (Degr.)
Wind gust lever
0.080 (m)
Ratio of areaA/areaB
0.196
Maximum allowed static heeling angle
0.5 (Degr.)
Max allowed ratio static angle/deck immersion angle
0.018
<=
<=
<=
1.000
16.0 (Degr.)
0.800
YES
YES
YES
The condition complies with the stability criteria
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Stability booklet
Bending moment and shearforce calculation
140
130
120
110
100
90
80
70
60
50
40
20
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
Weight 10
Sectional areas
0
195 200 205
Load -10
-20
Weight (tonnes/m)
30
-30
-40
-50
-60
-70
-80
-90
-100
-110
-120
-130
-140
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Shear force
11000
10000
9000
8000
7000
6000
5000
4000
2000
1000
Shear force
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
0
195 200 205
-1000
-2000
Shear force (tonnes)
3000
-3000
-4000
-5000
-6000
-7000
-8000
-9000
-10000
-11000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
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Stability booklet
Bending moment
50000
40000
30000
10000
Bending moment
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-10000
Bending moment (t*m)
20000
-20000
-30000
-40000
-50000
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Deflection
30
25
20
15
5
Deflection
0
-5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195 200 205
-5
Deflection (mm)
10
-10
-15
-20
-25
-30
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Distance from app (m)
Summary
Mean moulded draft
5.423 (m)
Trim
Displacement
12681.6 (tonnes)
GM
Minimum shearforce
-458.29 (tonnes)
4.2% Distance from app
Maximum shearforce
729.92 (tonnes)
-3.215 (m)
5.753 (m)
95.600 (m)
13.4% Distance from app
13.440 (m)
Maximum sagging moment
-1.27 (t*m)
Distance from app
144.400 (m)
Maximum hogging moment
23050.88 (t*m)
44.6% Distance from app
52.800 (m)
30.7 (mm)
Distance from app
62.800 (m)
Max. deflection
9/9/2019 DELFTship 11.30 (317)
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Stability booklet
Summary
The condition complies with the longitudinal strength criteria
9/9/2019 DELFTship 11.30 (317)
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Stability booklet
Weightlist
Description
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
(m)
52.3
32.160
0.000 (CL)
5.434
30.000
34.320
FOT Day
50.3
32.160
0.000 (CL)
2.720
30.000
34.320
BT AP.PS
164.6
6.605
2.737 (PS)
7.914
-2.400
12.000
BT AP.SB
164.6
6.605
-2.737 (SB)
7.914
-2.400
12.000
BT B0.PS
40.7
32.217
3.335 (PS)
0.763
30.000
34.320
BT B0.SB
40.7
32.217
-3.335 (SB)
0.763
30.000
34.320
BT B1.1.PS
89.5
40.442
2.581 (PS)
0.705
34.320
46.560
BT B1.1.SB
89.5
40.442
-2.581 (SB)
0.705
34.320
46.560
BT B1.2.PS
55.7
41.270
6.985 (PS)
0.814
34.320
46.560
BT B1.2.SB
55.7
41.270
-6.985 (SB)
0.814
34.320
46.560
BT B2.1.PS
94.8
53.040
2.582 (PS)
0.705
46.560
59.520
BT B2.1.SB
94.8
53.040
-2.582 (SB)
0.705
46.560
59.520
BT B2.2.PS
98.5
53.327
7.908 (PS)
0.756
46.560
59.520
BT B2.2.SB
98.5
53.327
-7.908 (SB)
0.756
46.560
59.520
BT B3.1.PS
94.8
66.000
2.582 (PS)
0.705
59.520
72.480
BT B3.1.SB
94.8
66.000
-2.582 (SB)
0.705
59.520
72.480
BT B3.2.PS
108.6
66.003
8.155 (PS)
0.746
59.520
72.480
BT 3.2.SB
108.6
66.003
-8.155 (SB)
0.746
59.520
72.480
BT B4.1.PS
94.8
78.960
2.582 (PS)
0.705
72.480
85.440
BT B4.1.SB
94.8
78.960
-2.582 (SB)
0.705
72.480
85.440
BT B4.2.PS
108.7
78.960
8.157 (PS)
0.746
72.480
85.440
BT B4.2.SB
108.7
78.960
-8.157 (SB)
0.746
72.480
85.440
BT B5.1.PS
100.1
92.280
2.582 (PS)
0.705
85.440
99.120
BT B5.1.SB
100.1
92.280
-2.582 (SB)
0.705
85.440
99.120
BT B5.2.PS
112.3
92.174
8.098 (PS)
0.747
85.440
99.120
BT B5.2.SB
112.3
92.174
-8.098 (SB)
0.747
85.440
99.120
BT B6.1PS
94.8
105.600
2.582 (PS)
0.705
99.120
112.080
BT B6.1.SB
94.8
105.600
-2.582 (SB)
0.705
99.120
112.080
BT B6.2.PS
63.9
104.418
7.122 (PS)
0.766
99.120
112.080
BT B6.2.SB
63.9
104.418
-7.122 (SB)
0.766
99.120
112.080
BT B7.PS
51.7
115.126
2.862 (PS)
0.735
112.080
118.560
BT B7.SB
51.7
115.126
-2.862 (SB)
0.735
112.080
118.560
BT B8.PS
31.2
121.245
1.957 (PS)
0.741
118.560
124.320
BT B8.SB
31.2
121.245
-1.957 (SB)
0.741
118.560
124.320
BT S0.PS
75.1
32.282
8.654 (PS)
5.214
30.000
34.320
BT S0.SB
75.1
32.282
-8.654 (SB)
5.214
30.000
34.320
BT S2.PS
176.9
53.447
11.288 (PS)
5.566
46.560
59.520
BT S2.SB
176.9
53.447
-11.288 (SB)
5.566
46.560
59.520
BT S3.PS
202.3
66.004
11.391 (PS)
5.410
59.520
72.480
BT S3.SB
202.3
66.004
-11.391 (SB)
5.410
59.520
72.480
BT S4.PS
202.4
78.960
11.392 (PS)
5.409
72.480
85.440
BT S4.SB
202.4
78.960
-11.392 (SB)
5.409
72.480
85.440
BT S5.PS
204.1
92.050
11.354 (PS)
5.442
85.440
99.120
BT S5.SB
204.1
92.050
-11.354 (SB)
5.442
85.440
99.120
BT H1.PS
282.9
39.585
9.103 (PS)
5.032
34.320
46.560
BT H1.SB
282.9
39.585
-9.103 (SB)
5.032
34.320
46.560
BT H2.PS
92.3
53.040
9.073 (PS)
2.720
46.560
59.520
BT H2.SB
92.3
53.040
-9.073 (SB)
2.720
46.560
59.520
BT H3.PS
92.3
66.000
9.073 (PS)
2.720
59.520
72.480
FOT 1 C
9/9/2019 DELFTship 11.30 (317)
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Forward
290
Intact stability
Stability booklet
Weightlist
Description
Weight
LCG
TCG
VCG
Aft
(tonnes)
(m)
(m)
(m)
(m)
Forward
(m)
BT H3.SB
92.3
66.000
-9.073 (SB)
2.720
59.520
72.480
BT H4.PS
92.3
78.960
9.073 (PS)
2.719
72.480
85.440
BT H4.SB
92.3
78.960
-9.073 (SB)
2.719
72.480
85.440
BT H5.PS
97.5
92.280
9.073 (PS)
2.720
85.440
99.120
BT H5.SB
97.5
92.280
-9.073 (SB)
2.720
85.440
99.120
BT H6.PS
336.1
105.915
8.603 (PS)
4.996
99.120
112.080
BT H6.SB
336.1
105.915
-8.603 (SB)
4.996
99.120
112.080
ERT1 PS
3.5
24.535
1.151 (PS)
0.085
17.760
30.000
ERT1 SB
3.5
24.535
-1.151 (SB)
0.085
17.760
30.000
ERT2 PS
2.2
27.136
3.339 (PS)
0.218
18.204
30.000
ERT2 SB
2.2
27.136
-3.339 (SB)
0.218
18.204
30.000
Forecastle
40.0
134.570
0.000 (CL)
13.500
129.360
145.000
Aftercastle
170.0
4.390
0.000 (CL)
13.500
-5.000
13.440
Superstructure
180.0
9.720
0.000 (CL)
23.000
5.400
13.440
Engine
280.0
21.660
0.000 (CL)
4.660
17.560
25.760
Other machinery in ER
410.0
21.660
0.000 (CL)
5.000
12.000
30.000
Hatch covers
670.0
76.600
0.000 (CL)
14.600
34.044
118.180
Aft equipment
20.0
0.000
0.000 (CL)
15.200
-5.000
5.400
Fore equipment
90.0
136.250
0.000 (CL)
15.200
129.360
141.083
Ship Systems
150.0
86.100
0.000 (CL)
7.950
-5.000
145.000
Electrical systems
120.0
86.100
0.000 (CL)
7.950
-5.000
145.000
hull 1
435.6
16.777
0.000 (CL)
4.800
-5.000
30.000
hull 2
378.3
37.862
0.000 (CL)
4.800
30.000
45.000
hull 3
465.5
52.674
0.000 (CL)
4.800
45.000
60.000
hull 4
995.6
75.000
0.000 (CL)
4.800
60.000
90.000
hull 5
485.4
97.436
0.000 (CL)
4.800
90.000
105.000
hull 6
502.5
114.150
0.000 (CL)
4.800
105.000
125.000
hull 7
187.2
131.667
0.000 (CL)
4.800
125.000
145.000
Reserve
430.0
70.960
0.000 (CL)
9.703
-5.000
145.000
40.0
9.720
0.000 (CL)
23.000
5.400
13.440
crew
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Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
-5.000
17.6
0.0
17.6
0.00
0.0
0
0.0
0.0
-4.000
18.1
0.0
18.1
18.29
1.3
28
3.1
0.7
-3.000
18.7
0.0
18.7
36.58
2.2
55
3.1
1.3
-2.000
25.8
0.0
25.8
60.20
3.2
122
4.6
2.0
-1.000
28.8
0.0
28.8
91.84
4.4
248
7.0
2.7
0.000
31.7
0.0
31.7
123.48
5.3
375
8.4
3.3
1.000
34.7
0.0
34.7
155.11
6.1
501
9.4
4.0
2.000
37.6
0.0
37.6
186.75
6.8
627
10.1
4.7
3.000
40.5
0.2
40.3
223.61
7.5
812
11.4
5.3
4.000
43.5
2.8
40.7
264.22
8.3
1059
13.2
6.0
5.000
46.4
7.1
39.3
304.40
8.9
1348
15.1
6.7
6.000
69.8
14.3
55.6
353.66
9.7
1678
17.1
7.3
7.000
74.3
19.1
55.2
409.00
10.6
2064
19.3
8.0
8.000
78.8
23.8
55.1
464.15
11.4
2503
21.6
8.7
9.000
83.3
28.3
55.0
519.19
12.1
3000
24.0
9.3
10.000
87.9
32.9
55.0
574.18
12.7
3549
26.6
10.0
11.000
92.4
37.3
55.0
629.19
13.3
4156
29.1
10.6
12.000
96.9
41.7
55.2
684.28
13.8
4815
31.8
11.3
13.000
77.3
46.0
31.2
716.30
13.9
5520
34.4
11.9
14.000
35.8
50.3
-14.4
722.32
13.4
6248
36.9
12.6
15.000
36.9
54.5
-17.5
706.26
12.6
6966
39.1
13.2
16.000
38.0
58.6
-20.6
687.25
11.8
7667
41.0
13.9
17.000
39.1
62.7
-23.6
665.08
11.0
8347
42.6
14.5
18.000
74.8
66.8
8.0
655.15
10.5
9007
43.9
15.1
19.000
75.9
70.8
5.2
661.66
10.2
9669
45.2
15.7
20.000
77.1
74.7
2.4
665.51
9.9
10337
46.4
16.4
21.000
78.3
78.4
-0.1
666.60
9.6
11007
47.5
17.0
22.000
79.4
82.0
-2.6
665.28
9.3
11677
48.5
17.5
23.000
80.6
85.5
-4.9
661.48
9.0
12344
49.5
18.1
24.000
81.8
88.8
-7.1
655.52
8.6
13006
50.3
18.7
25.000
82.9
92.0
-9.1
647.40
8.3
13662
51.1
19.3
26.000
50.0
95.1
-45.1
629.21
7.9
14307
51.8
19.8
27.000
51.1
98.0
-46.9
583.18
7.2
14916
52.3
20.4
28.000
52.3
100.8
-48.5
535.54
6.5
15480
52.6
20.9
29.000
53.5
103.5
-50.0
486.28
5.8
15994
52.8
21.4
30.000
54.7
106.0
-51.4
435.62
5.1
16460
52.8
22.0
31.000
100.0
108.5
-8.5
426.42
4.9
16894
52.7
22.5
32.000
103.3
110.9
-7.5
418.58
4.7
17321
52.5
23.0
33.000
107.3
113.2
-5.9
411.89
4.6
17740
52.4
23.4
34.000
111.2
115.4
-4.2
406.80
4.4
18153
52.2
23.9
35.000
111.2
117.5
-6.3
403.17
4.3
18562
52.1
24.3
36.000
114.5
119.5
-5.1
397.46
4.2
18966
51.9
24.8
37.000
117.7
121.5
-3.8
393.01
4.1
19365
51.7
25.2
38.000
120.9
123.4
-2.5
389.82
4.0
19760
51.6
25.6
39.000
124.1
125.2
-1.1
388.05
3.9
20153
51.4
26.0
40.000
127.3
126.9
0.4
387.68
3.8
20544
51.2
26.4
41.000
87.9
128.6
-40.7
380.38
3.7
20934
51.1
26.7
42.000
91.0
130.2
-39.2
340.43
3.3
21299
50.9
27.1
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
292
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
43.000
94.1
131.6
-37.6
302.10
2.9
21623
50.6
27.4
44.000
97.1
133.0
-35.9
265.34
2.5
21911
50.2
27.8
45.000
100.2
134.3
-34.1
230.33
2.2
22163
49.7
28.1
46.000
103.1
135.6
-32.5
197.03
1.8
22380
49.2
28.3
47.000
106.2
136.7
-30.5
165.68
1.5
22565
48.7
28.6
48.000
107.6
137.7
-30.1
135.37
1.2
22719
48.1
28.9
49.000
109.0
138.6
-29.6
105.52
1.0
22843
47.5
29.1
50.000
110.4
139.4
-29.0
76.19
0.7
22938
46.8
29.3
51.000
111.9
140.2
-28.3
47.55
0.4
23003
46.1
29.5
52.000
113.3
140.7
-27.5
19.65
0.2
23041
45.4
29.7
53.000
114.7
141.2
-26.5
-7.32
0.1
23050
44.6
29.9
54.000
116.1
141.5
-25.4
-33.29
0.3
23034
43.8
30.0
55.000
117.5
141.7
-24.2
-58.06
0.5
22992
43.0
30.2
56.000
118.9
141.8
-22.8
-81.58
0.7
22926
42.9
30.3
57.000
120.4
141.7
-21.3
-103.62
0.9
22836
42.7
30.4
58.000
121.8
141.5
-19.7
-124.17
1.1
22727
42.5
30.5
59.000
123.2
141.2
-18.0
-143.01
1.2
22596
42.3
30.5
60.000
122.3
140.8
-18.5
-161.15
1.4
22448
42.0
30.6
61.000
122.4
140.4
-18.0
-179.42
1.6
22281
41.7
30.6
62.000
122.4
139.9
-17.5
-197.20
1.7
22097
41.3
30.7
63.000
122.4
139.3
-16.9
-214.40
1.9
21895
41.0
30.7
64.000
122.5
138.8
-16.3
-231.03
2.0
21676
40.5
30.7
65.000
122.5
138.2
-15.7
-247.04
2.1
21440
40.1
30.6
66.000
122.5
137.7
-15.1
-262.48
2.3
21190
39.6
30.6
67.000
122.6
137.1
-14.5
-277.28
2.4
20923
39.1
30.5
68.000
122.6
136.5
-13.9
-291.52
2.5
20643
38.6
30.5
69.000
122.6
136.0
-13.3
-305.12
2.6
20348
38.1
30.4
70.000
122.7
135.4
-12.7
-318.15
2.8
20040
37.5
30.3
71.000
122.7
134.8
-12.1
-330.56
2.9
19719
36.9
30.1
72.000
122.7
134.3
-11.5
-342.39
3.0
19387
36.3
30.0
73.000
122.7
133.7
-11.0
-353.62
3.1
19042
35.6
29.9
74.000
122.8
133.1
-10.4
-364.31
3.2
18687
35.0
29.7
75.000
122.8
132.6
-9.8
-374.38
3.2
18321
34.3
29.5
76.000
122.8
132.0
-9.2
-383.90
3.3
17946
33.6
29.3
77.000
122.8
131.4
-8.6
-392.79
3.4
17561
32.8
29.1
78.000
122.8
130.9
-8.0
-401.13
3.5
17168
32.1
28.9
79.000
122.9
130.3
-7.4
-408.85
3.5
16767
31.4
28.7
80.000
122.9
129.7
-6.8
-416.00
3.6
16358
30.6
28.5
81.000
122.9
129.2
-6.3
-422.54
3.7
15942
29.8
28.2
82.000
122.9
128.6
-5.7
-428.52
3.7
15521
29.0
27.9
83.000
123.0
128.0
-5.1
-433.89
3.8
15093
28.2
27.7
84.000
123.0
127.5
-4.5
-438.69
3.8
14661
27.4
27.4
85.000
123.0
126.9
-3.9
-442.88
3.8
14223
26.6
27.1
86.000
124.8
126.4
-1.6
-445.45
3.9
13783
25.8
26.8
87.000
124.2
125.8
-1.6
-447.02
3.9
13340
25.0
26.5
88.000
123.7
125.2
-1.5
-448.56
3.9
12896
24.1
26.2
89.000
123.2
124.7
-1.5
-450.07
4.0
12451
23.3
25.8
90.000
122.6
124.1
-1.4
-451.53
4.0
12004
22.5
25.5
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
293
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Bending
moment
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
91.000
122.0
123.5
-1.5
-453.02
4.0
11555
21.6
25.1
92.000
121.4
122.9
-1.5
-454.54
4.1
11105
20.8
24.8
93.000
120.7
122.1
-1.4
-455.99
4.1
10653
20.1
24.4
94.000
120.1
121.2
-1.1
-457.24
4.1
10201
19.6
24.0
95.000
119.4
120.0
-0.6
-458.06
4.1
9747
19.1
23.6
96.000
118.8
118.6
0.2
-458.27
4.2
9292
18.6
23.2
97.000
118.2
116.9
1.2
-457.55
4.2
8838
18.1
22.8
98.000
132.0
115.0
17.0
-448.64
4.1
8387
17.5
22.4
99.000
130.3
112.8
17.5
-431.38
4.0
7950
17.0
22.0
100.000
117.5
110.3
7.2
-422.74
3.9
7528
16.4
21.6
101.000
114.4
107.6
6.8
-415.75
3.9
7112
15.9
21.2
102.000
111.4
104.8
6.6
-409.04
4.0
6703
15.3
20.8
103.000
108.3
101.8
6.6
-402.44
4.0
6302
14.7
20.3
104.000
105.3
98.6
6.7
-395.84
4.0
5906
14.1
19.9
105.000
102.2
95.4
6.8
-389.11
4.1
5517
13.5
19.5
106.000
141.6
92.1
49.5
-365.10
3.9
5139
12.9
19.0
107.000
136.4
88.7
47.7
-316.54
3.5
4803
12.4
18.6
108.000
131.1
85.3
45.8
-269.78
3.1
4512
12.0
18.1
109.000
125.8
81.8
44.0
-224.93
2.6
4270
11.6
17.7
110.000
120.5
78.4
42.2
-181.81
2.2
4070
11.4
17.2
111.000
115.3
74.9
40.4
-140.56
1.7
3913
11.3
16.7
112.000
110.3
71.4
38.9
-100.97
1.3
3795
11.3
16.3
113.000
58.0
68.0
-10.0
-107.81
1.4
3696
11.3
15.8
114.000
56.5
64.5
-8.0
-116.83
1.6
3588
11.4
15.3
115.000
55.0
61.1
-6.1
-123.86
1.7
3471
11.4
14.9
116.000
53.5
57.8
-4.3
-129.10
1.9
3348
11.3
14.4
117.000
52.0
54.5
-2.5
-132.45
2.0
3221
11.3
13.9
118.000
50.5
51.3
-0.8
-134.13
2.1
3091
11.2
13.4
119.000
40.8
48.1
-7.4
-140.82
2.3
2958
11.2
13.0
120.000
39.4
45.1
-5.7
-147.38
2.5
2817
11.1
12.5
121.000
38.0
42.1
-4.2
-152.28
2.7
2671
10.9
12.0
122.000
36.6
39.3
-2.7
-155.73
2.9
2521
10.8
11.5
123.000
35.2
36.6
-1.4
-157.73
3.1
2368
10.6
11.0
124.000
33.8
34.0
-0.2
-158.51
3.2
2213
10.3
10.5
125.000
24.3
31.5
-7.2
-163.82
3.5
2057
10.1
10.0
126.000
23.4
29.1
-5.8
-170.29
3.8
1893
9.8
9.5
127.000
22.5
26.9
-4.4
-175.33
4.2
1724
9.4
9.0
128.000
21.6
24.7
-3.2
-179.14
4.5
1550
9.0
8.5
129.000
20.6
22.7
-2.0
-181.71
4.8
1374
8.4
8.0
130.000
28.7
20.7
8.0
-177.52
5.0
1197
7.8
7.5
131.000
28.1
18.8
9.4
-168.80
5.1
1027
7.2
7.0
132.000
27.6
17.0
10.6
-158.83
5.2
867
6.5
6.5
133.000
27.0
15.2
11.8
-147.58
5.2
718
5.9
6.0
134.000
26.5
13.5
12.9
-135.23
5.2
580
5.2
5.5
135.000
25.9
11.9
14.0
-121.75
5.2
455
4.5
5.0
136.000
25.4
10.4
14.9
-107.30
5.1
344
3.8
4.5
137.000
24.8
9.0
15.8
-91.91
4.9
248
3.0
4.0
138.000
24.2
7.7
16.5
-75.75
4.6
168
2.4
3.5
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
294
Intact stability
Stability booklet
Bending moment and shearforce calculation
Distance from
app
Weight Buoyancy
Load
Shear
force
Refer to
min/max
Bending
moment
(m) (tonnes/m) (tonnes/m) (tonnes/m)
Refer to Deflection
min/max
(tonnes)
[%]
(t*m)
[%]
(mm)
139.000
23.7
6.5
17.1
-58.88
4.2
105
1.7
3.0
140.000
23.1
5.5
17.6
-41.50
3.5
58
1.1
2.5
141.000
22.6
4.6
18.0
-23.67
2.5
29
0.7
2.0
142.000
9.7
3.7
6.0
-16.52
2.3
13
0.4
1.5
143.000
8.4
2.8
5.6
-10.74
2.3
3
0.2
1.0
144.000
7.2
1.9
5.3
-5.31
2.3
-1
0.1
0.5
145.000
5.9
0.0
5.9
0.00
0.0
0
0.0
0.0
9/9/2019 DELFTship 11.30 (317)
Multipurpose - 1116TEU
295