Project
First Saved Thursday, February 1, 2018
Last Saved Thursday, February 1, 2018
Product Version
15.0.7 Release
Save Project Before Solution
No
Save Project After Solution
No
Contents

Units

Model (A4)
o Geometry
 Parts
o Construction Geometry
 Paths
o Coordinate Systems
o Connections
 Contacts
 Contact Regions
o Mesh
o Steady-State Thermal (A5)
 Initial Temperature
 Analysis Settings
 Loads
 Solution (A6)
 Solution Information
 Results
o Chart
o Chart 2
o Chart 3
o Chart 4
o Chart 5
o Chart 6
o Chart 7
o Chart 8
o Chart 9
o Chart 10
o Chart 11

Material Data
o Kwall
o Kfin
Units
TABLE 1
Unit System Metric (m, kg, N, s, V, A) Degrees rad/s Celsius
Angle
Degrees
Rotational Velocity
rad/s
Temperature
Celsius
Model (A4)
Geometry
TABLE 2
Model (A4) > Geometry
Object Name
State
Geometry
Fully Defined
Definition
Source C:\Users\user1\AppData\Local\Temp\WB_USER_user1_120_6\unsaved_project_files\dp0\SYS\DM\SYS.agdb
Type
DesignModeler
Length Unit
Meters
Element Control
Program Controlled
Display Style
Body Color
Bounding Box
Length X
8.e-002 m
Length Y
1.6e-002 m
Length Z
3.e-002 m
Properties
Volume
3.36e-005 m³
Mass
0. kg
Scale Factor Value
1.
Statistics
Bodies
5
Active Bodies
5
Nodes
153153
Elements
33600
Mesh Metric
None
Basic Geometry Options
Parameters
Yes
Parameter Key
DS
Attributes
No
Named Selections
No
Material Properties
No
Advanced Geometry Options
Use Associativity
Yes
Coordinate Systems
No
Reader Mode Saves Updated File
No
Use Instances
Yes
Smart CAD Update
No
Compare Parts On Update
No
Attach File Via Temp File
Yes
Temporary Directory
C:\Users\user1\AppData\Local\Temp
Analysis Type
3-D
Decompose Disjoint Geometry
Yes
Enclosure and Symmetry Processing
Yes
Object Name
State
Visible
Transparency
TABLE 3
Model (A4) > Geometry > Parts
Solid
Solid
Solid
Meshed
Graphics Properties
Yes
1
Definition
Solid
Solid
Suppressed
Stiffness Behavior
Coordinate System
Reference Temperature
Assignment
Nonlinear Effects
Thermal Strain Effects
Length X
Length Y
Length Z
Volume
Mass
Centroid X
Centroid Y
Centroid Z
Moment of Inertia Ip1
Moment of Inertia Ip2
Moment of Inertia Ip3
Nodes
Elements
Mesh Metric
No
Flexible
Default Coordinate System
By Environment
Material
Kwall
Kfin
Yes
Yes
Bounding Box
6.e-002 m
2.e-002 m
1.6e-002 m
2.e-003 m
3.e-002 m
Properties
2.88e-005 m³
1.2e-006 m³
0. kg
3.e-002 m
7.e-002 m
7.9724e-003 m 1.9724e-003 m 5.9724e-003 m 9.9724e-003 m 1.3972e-002 m
1.5e-002 m
0. kg·m²
0. kg·m²
0. kg·m²
Statistics
125133
7005
28800
1200
None
TABLE 4
Model (A4) > Construction Geometry
Object Name Construction Geometry
State
Fully Defined
Display
Show Mesh
No
TABLE 5
Model (A4) > Construction Geometry > Paths
Path
Path 2
Path 3
Path 4
Object Name
State
Fully Defined
Definition
Path Type
Two Points
Path Coordinate System
Global Coordinate System
Number of Sampling Points
47.
Suppressed
No
Start
Coordinate System
Global Coordinate System
Start X Coordinate
0. m
Start Y Coordinate 2.e-003 m 6.e-003 m 1.e-002 m 1.4e-002 m
Start Z Coordinate
3.e-002 m
Location
Defined
End
Coordinate System
Global Coordinate System
End X Coordinate
8.e-002 m
End Y Coordinate 2.e-003 m 6.e-003 m 1.e-002 m 1.4e-002 m
End Z Coordinate
3.e-002 m
Location
Defined
Coordinate Systems
TABLE 6
Model (A4) > Coordinate Systems > Coordinate System
Object Name Global Coordinate System
State
Fully Defined
Definition
Type
Cartesian
Coordinate System ID
0.
Origin
Origin X
0. m
Origin Y
0. m
Origin Z
0. m
Directional Vectors
X Axis Data
[ 1. 0. 0. ]
Y Axis Data
[ 0. 1. 0. ]
Z Axis Data
[ 0. 0. 1. ]
Connections
TABLE 7
Model (A4) > Connections
Object Name Connections
State Fully Defined
Auto Detection
Generate Automatic Connection On Refresh
Yes
Transparency
Enabled
Yes
TABLE 8
Model (A4) > Connections > Contacts
Contacts
Object Name
State
Fully Defined
Definition
Connection Type
Contact
Scope
Scoping Method Geometry Selection
Geometry
All Bodies
Auto Detection
Tolerance Type
Slider
Tolerance Slider
0.
Tolerance Value
2.1731e-004 m
Use Range
No
Face/Face
Face/Edge
Edge/Edge
Priority
Group By
Search Across
Yes
No
No
Include All
Bodies
Bodies
TABLE 9
Model (A4) > Connections > Contacts > Contact Regions
Object Name Contact Region Contact Region 2 Contact Region 3 Contact Region 4
State
Fully Defined
Scope
Scoping Method
Geometry Selection
Contact
1 Face
Target
1 Face
Contact Bodies
Solid
Target Bodies
Solid
Definition
Type
Bonded
Scope Mode
Automatic
Behavior
Program Controlled
Trim Contact
Program Controlled
Trim Tolerance
2.1731e-004 m
Suppressed
No
Advanced
Formulation
Program Controlled
Detection Method
Program Controlled
Elastic Slip Tolerance
Program Controlled
Thermal Conductance
Program Controlled
Pinball Region
Program Controlled
Geometric Modification
Contact Geometry Correction
None
Mesh
TABLE 10
Model (A4) > Mesh
Object Name
State
Defaults
Physics Preference
Relevance
Sizing
Use Advanced Size Function
Relevance Center
Element Size
Initial Size Seed
Smoothing
Transition
Mesh
Solved
Mechanical
0
Off
Coarse
1.e-003 m
Active Assembly
Medium
Fast
Span Angle Center
Coarse
Minimum Edge Length
2.e-003 m
Inflation
Use Automatic Inflation
None
Inflation Option
Smooth Transition
Transition Ratio
0.272
Maximum Layers
5
Growth Rate
1.2
Inflation Algorithm
Pre
View Advanced Options
No
Patch Conforming Options
Triangle Surface Mesher Program Controlled
Patch Independent Options
Topology Checking
Yes
Advanced
Number of CPUs for Parallel Part Meshing Program Controlled
Shape Checking Standard Mechanical
Element Midside Nodes Program Controlled
Straight Sided Elements
No
Number of Retries
Default (4)
Extra Retries For Assembly
Yes
Rigid Body Behavior Dimensionally Reduced
Mesh Morphing
Disabled
Defeaturing
Pinch Tolerance
Please Define
Generate Pinch on Refresh
No
Automatic Mesh Based Defeaturing
On
Defeaturing Tolerance
Default
Statistics
Nodes
153153
Elements
33600
Mesh Metric
None
FIGURE 1
Model (A4) > Mesh > Image
Steady-State Thermal (A5)
TABLE 11
Model (A4) > Analysis
Object Name Steady-State Thermal (A5)
State
Solved
Definition
Physics Type
Thermal
Analysis Type
Steady-State
Solver Target
Mechanical APDL
Options
Generate Input Only
No
TABLE 12
Model (A4) > Steady-State Thermal (A5) > Initial Condition
Object Name Initial Temperature
State
Fully Defined
Definition
Initial Temperature Uniform Temperature
Initial Temperature Value
22. °C
TABLE 13
Model (A4) > Steady-State Thermal (A5) > Analysis Settings
Analysis Settings
Object Name
State
Fully Defined
Step Controls
Number Of Steps
1.
Current Step Number
1.
Step End Time
1. s
Auto Time Stepping
Program Controlled
Solver Controls
Solver Type
Program Controlled
Radiosity Controls
Radiosity Solver
Program Controlled
Flux Convergence
1.e-004
Maximum Iteration
1000.
Solver Tolerance
0.1 W/m²
Over Relaxation
0.1
Hemicube Resolution
10.
Nonlinear Controls
Heat Convergence
Program Controlled
Temperature Convergence
Program Controlled
Line Search
Program Controlled
Output Controls
Calculate Thermal Flux
Yes
General Miscellaneous
No
Store Results At
All Time Points
Analysis Data Management
Solver Files Directory C:\Users\user1\Desktop\ãÔÇÑíÚ ÍÑÇÑÉ\yoosef\yosef_files\dp0\SYS\MECH\
Future Analysis
None
Scratch Solver Files Directory
Save MAPDL db
No
Delete Unneeded Files
Yes
Nonlinear Solution
No
Solver Units
Active System
Solver Unit System
mks
Object Name Internal Heat Generation
State
Scoping Method
Geometry
1 Body
TABLE 14
Model (A4) > Steady-State Thermal (A5) > Loads
Convection
Convection 2
Heat Flow Heat Flow 2 Heat Flow 3 Heat Flow 4 Heat Flow 5
Fully Defined
Scope
Geometry Selection
1 Face
12 Faces
3 Faces
1 Face
Definition
Type Internal Heat Generation
Convection
Magnitude 2.e+005 W/m³ (ramped)
Suppressed
No
Film Coefficient
50. W/m²·°C (ramped) 12. W/m²·°C (ramped)
Ambient Temperature
30. °C (ramped)
15. °C (ramped)
Convection Matrix
Program Controlled
Define As
FIGURE 2
Model (A4) > Steady-State Thermal (A5) > Internal Heat Generation
FIGURE 3
Model (A4) > Steady-State Thermal (A5) > Convection
Perfectly Insulated
0. W
Perfect Insulation
TABLE 15
Model (A4) > Steady-State Thermal (A5) > Convection
Steps Time [s] Convection Coefficient [W/m²·°C] Temperature [°C]
0.
0.
22.
1
1.
50.
30.
FIGURE 4
Model (A4) > Steady-State Thermal (A5) > Convection 2
TABLE 16
Model (A4) > Steady-State Thermal (A5) > Convection 2
Steps Time [s] Convection Coefficient [W/m²·°C] Temperature [°C]
0.
0.
22.
1
1.
12.
15.
FIGURE 5
Model (A4) > Steady-State Thermal (A5) > Image
Solution (A6)
TABLE 17
Model (A4) > Steady-State Thermal (A5) > Solution
Object Name Solution (A6)
State
Solved
Adaptive Mesh Refinement
Max Refinement Loops
1.
Refinement Depth
2.
Information
Status
Done
TABLE 18
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Solution Information
Object Name Solution Information
State
Solved
Solution Information
Solution Output
Solver Output
Update Interval
2.5 s
Display Points
All
FE Connection Visibility
Activate Visibility
Yes
Display All FE Connectors
Draw Connections Attached To
All Nodes
Line Color Connection Type
Visible on Results
No
Line Thickness
Display Type
Object Name
Temperature
Temperature
2
Geometry
Selection
Path
State
Scoping Method
Geometry
Path
Type
By
Display Time
Calculate Time
History
Identifier
Suppressed
Orientation
Coordinate System
Path
Temperature
TABLE 19
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Results
Directional Heat Directional Heat
Temperature Temperature Temperature
Total Heat Flux
Flux
Flux 2
3
4
5
Solved
Scope
Geometry
Geometry
Path
Selection
Selection
All Bodies
Path
Path 2
Path 3
Path 4
Definition
Directional Heat Flux
Total Heat Flux
Temperature
Time
Last
Directional Heat
Flux 3
Directional Heat
Flux 4
Directional Heat
Flux 5
Path 3
Path 4
Path
Path 2
Directional Heat Flux
Yes
No
X Axis
Global Coordinate System
Minimum
Maximum
Minimum Occurs
On
Maximum Occurs
On
85.064 °C
93.804 °C
Minimum
Maximum
85.064 °C
85.064 °C
85.066 °C
85.066 °C
-3342.3 W/m²
-3342.3 W/m²
-3140.9 W/m²
-3140.9 W/m²
Minimum
Maximum
93.804 °C
93.804 °C
93.802 °C
93.802 °C
26940 W/m²
26940 W/m²
16547 W/m²
16547 W/m²
85.066 °C
93.802 °C
-3342.3 W/m²
26940 W/m²
-3140.9 W/m²
16547 W/m²
X Axis
Global Coordinate System
Results
40.885 W/m²
27540 W/m²
85.066 °C
93.802 °C
-3140.9 W/m²
16547 W/m²
85.066 °C
85.066 °C
-3140.9 W/m²
-3140.9 W/m²
93.802 °C
93.802 °C
16547 W/m²
16547 W/m²
Solid
Solid
Time
Load Step
Substep
Iteration Number
X-Axis
Single
Lines
S
Minimum Value Over Time
40.885 W/m²
40.885 W/m²
Maximum Value Over Time
27540 W/m²
27540 W/m²
Information
1. s
1
1
1
Graph Controls
S
S
Integration Point Results
Display Option
Average Across
Bodies
Averaged
Averaged
No
No
FIGURE 6
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature > Image
FIGURE 7
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature > Image
FIGURE 8
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature > Image
FIGURE 9
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature > Image
FIGURE 10
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature > Image
FIGURE 11
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature > Image
FIGURE 12
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 2
TABLE 20
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 2
Length [m] Value [°C]
0.
92.818
1.6667e-003 93.016
3.3333e-003 93.192
5.e-003
93.346
6.6667e-003 93.477
8.3333e-003 93.587
1.e-002
93.674
1.1667e-002 93.739
1.3333e-002 93.782
1.5e-002
93.802
1.6667e-002 93.801
1.8333e-002 93.777
2.e-002
93.73
2.1667e-002 93.662
2.3333e-002 93.571
2.5e-002
93.459
2.6667e-002 93.324
2.8333e-002 93.166
3.e-002
92.987
3.1667e-002 92.785
3.3333e-002 92.561
3.5e-002
92.315
3.6667e-002 92.047
3.8333e-002
4.e-002
4.1667e-002
4.3333e-002
4.5e-002
4.6667e-002
4.8333e-002
5.e-002
5.1667e-002
5.3333e-002
5.5e-002
5.6667e-002
5.8333e-002
6.e-002
6.1667e-002
6.3333e-002
6.5e-002
6.6667e-002
6.8333e-002
7.e-002
7.1667e-002
7.3333e-002
7.5e-002
7.6667e-002
7.8333e-002
8.e-002
91.756
91.443
91.108
90.751
90.371
89.97
89.546
89.099
88.631
88.14
87.628
87.091
86.519
85.793
85.694
85.59
85.495
85.41
85.334
85.268
85.211
85.163
85.125
85.096
85.076
85.066
FIGURE 13
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 2 > Image
FIGURE 14
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 2 > Image
FIGURE 15
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux > Image
FIGURE 16
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux > Image
FIGURE 17
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux 2
TABLE 21
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux 2
Length [m] Value [W/m²]
0.
-3140.9
1.6667e-003
-2807.6
3.3333e-003
-2474.2
5.e-003
-2140.9
6.6667e-003
-1807.6
8.3333e-003
-1474.2
1.e-002
-1140.9
1.1667e-002
-807.55
1.3333e-002
-474.22
1.5e-002
-140.88
1.6667e-002
192.45
1.8333e-002
525.78
2.e-002
859.12
2.1667e-002
1192.4
2.3333e-002
1525.8
2.5e-002
1859.1
2.6667e-002
2192.4
2.8333e-002
2525.8
3.e-002
2859.1
3.1667e-002
3192.4
3.3333e-002
3525.8
3.5e-002
3859.1
3.6667e-002
4192.4
3.8333e-002
4.e-002
4.1667e-002
4.3333e-002
4.5e-002
4.6667e-002
4.8333e-002
5.e-002
5.1667e-002
5.3333e-002
5.5e-002
5.6667e-002
5.8333e-002
6.e-002
6.1667e-002
6.3333e-002
6.5e-002
6.6667e-002
6.8333e-002
7.e-002
7.1667e-002
7.3333e-002
7.5e-002
7.6667e-002
7.8333e-002
8.e-002
4525.8
4859.1
5192.4
5525.8
5859.1
6192.4
6525.8
6859.1
7192.5
7526.
7861.6
8235.2
9274.9
9004.8
16547
14892
13480
12071
10663
9257.3
7852.6
6448.9
5046.
3643.9
2242.2
840.79
FIGURE 18
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux 2 > Image
FIGURE 19
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Total Heat Flux > Figure
1
FIGURE 20
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Total Heat Flux > Image
FIGURE 21
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 3
TABLE 22
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 3
Length [m] Value [°C]
0.
92.818
1.6667e-003 93.016
3.3333e-003 93.192
5.e-003
93.346
6.6667e-003 93.477
8.3333e-003 93.587
1.e-002
93.674
1.1667e-002 93.739
1.3333e-002 93.782
1.5e-002
93.802
1.6667e-002 93.801
1.8333e-002 93.777
2.e-002
93.73
2.1667e-002 93.662
2.3333e-002 93.571
2.5e-002
93.459
2.6667e-002 93.324
2.8333e-002 93.166
3.e-002
92.987
3.1667e-002 92.785
3.3333e-002 92.561
3.5e-002
92.315
3.6667e-002 92.047
3.8333e-002 91.756
4.e-002
91.443
4.1667e-002 91.108
4.3333e-002 90.751
4.5e-002
90.371
4.6667e-002
89.97
4.8333e-002 89.546
5.e-002
89.099
5.1667e-002 88.631
5.3333e-002
88.14
5.5e-002
87.628
5.6667e-002 87.091
5.8333e-002 86.519
6.e-002
85.793
6.1667e-002 85.694
6.3333e-002
85.59
6.5e-002
85.495
6.6667e-002
85.41
6.8333e-002 85.334
7.e-002
85.268
7.1667e-002 85.211
7.3333e-002 85.163
7.5e-002
85.125
7.6667e-002
7.8333e-002
8.e-002
85.096
85.076
85.066
FIGURE 22
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 3 > Image
FIGURE 23
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 4
TABLE 23
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 4
Length [m] Value [°C]
0.
92.818
1.6667e-003 93.016
3.3333e-003 93.192
5.e-003
93.346
6.6667e-003 93.477
8.3333e-003 93.587
1.e-002
93.674
1.1667e-002 93.739
1.3333e-002 93.782
1.5e-002
93.802
1.6667e-002 93.801
1.8333e-002 93.777
2.e-002
93.73
2.1667e-002 93.662
2.3333e-002 93.571
2.5e-002
93.459
2.6667e-002 93.324
2.8333e-002 93.166
3.e-002
92.987
3.1667e-002 92.785
3.3333e-002 92.561
3.5e-002
92.315
3.6667e-002 92.047
3.8333e-002
4.e-002
4.1667e-002
4.3333e-002
4.5e-002
4.6667e-002
4.8333e-002
5.e-002
5.1667e-002
5.3333e-002
5.5e-002
5.6667e-002
5.8333e-002
6.e-002
6.1667e-002
6.3333e-002
6.5e-002
6.6667e-002
6.8333e-002
7.e-002
7.1667e-002
7.3333e-002
7.5e-002
7.6667e-002
7.8333e-002
8.e-002
91.756
91.443
91.108
90.751
90.371
89.97
89.546
89.099
88.631
88.14
87.628
87.091
86.519
85.793
85.694
85.59
85.495
85.41
85.334
85.268
85.211
85.163
85.125
85.096
85.076
85.066
FIGURE 24
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 4 > Image
FIGURE 25
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 5
TABLE 24
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 5
Length [m] Value [°C]
0.
92.818
1.6667e-003 93.016
3.3333e-003 93.192
5.e-003
93.346
6.6667e-003 93.477
8.3333e-003 93.587
1.e-002
93.674
1.1667e-002 93.739
1.3333e-002 93.782
1.5e-002
93.802
1.6667e-002 93.801
1.8333e-002 93.777
2.e-002
93.73
2.1667e-002 93.662
2.3333e-002 93.571
2.5e-002
93.459
2.6667e-002 93.324
2.8333e-002 93.166
3.e-002
92.987
3.1667e-002 92.785
3.3333e-002 92.561
3.5e-002
92.315
3.6667e-002 92.047
3.8333e-002 91.756
4.e-002
91.443
4.1667e-002 91.108
4.3333e-002 90.751
4.5e-002
90.371
4.6667e-002
89.97
4.8333e-002 89.546
5.e-002
89.099
5.1667e-002 88.631
5.3333e-002
88.14
5.5e-002
87.628
5.6667e-002 87.091
5.8333e-002 86.519
6.e-002
85.793
6.1667e-002 85.694
6.3333e-002
85.59
6.5e-002
85.495
6.6667e-002
85.41
6.8333e-002 85.334
7.e-002
85.268
7.1667e-002 85.211
7.3333e-002 85.163
7.5e-002
85.125
7.6667e-002
7.8333e-002
8.e-002
85.096
85.076
85.066
FIGURE 26
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 5 > Image
FIGURE 27
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux 3
TABLE 25
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux 3
Length [m] Value [W/m²]
0.
-3140.9
1.6667e-003
-2807.6
3.3333e-003
-2474.2
5.e-003
-2140.9
6.6667e-003
-1807.6
8.3333e-003
-1474.2
1.e-002
-1140.9
1.1667e-002
-807.55
1.3333e-002
-474.22
1.5e-002
-140.88
1.6667e-002
192.45
1.8333e-002
525.78
2.e-002
859.12
2.1667e-002
1192.4
2.3333e-002
1525.8
2.5e-002
1859.1
2.6667e-002
2192.4
2.8333e-002
2525.8
3.e-002
2859.1
3.1667e-002
3192.4
3.3333e-002
3525.8
3.5e-002
3859.1
3.6667e-002
4192.4
3.8333e-002
4.e-002
4.1667e-002
4.3333e-002
4.5e-002
4.6667e-002
4.8333e-002
5.e-002
5.1667e-002
5.3333e-002
5.5e-002
5.6667e-002
5.8333e-002
6.e-002
6.1667e-002
6.3333e-002
6.5e-002
6.6667e-002
6.8333e-002
7.e-002
7.1667e-002
7.3333e-002
7.5e-002
7.6667e-002
7.8333e-002
8.e-002
4525.8
4859.1
5192.4
5525.8
5859.1
6192.4
6525.8
6859.1
7192.5
7526.
7861.6
8235.2
9274.9
9004.8
16547
14892
13480
12071
10663
9257.3
7852.6
6448.9
5046.
3643.9
2242.2
840.79
FIGURE 28
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux 3 > Image
FIGURE 29
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux 4
TABLE 26
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux 4
Length [m] Value [W/m²]
0.
-3140.9
1.6667e-003
-2807.6
3.3333e-003
-2474.2
5.e-003
-2140.9
6.6667e-003
-1807.6
8.3333e-003
-1474.2
1.e-002
-1140.9
1.1667e-002
-807.55
1.3333e-002
-474.22
1.5e-002
-140.88
1.6667e-002
192.45
1.8333e-002
525.78
2.e-002
859.12
2.1667e-002
1192.4
2.3333e-002
1525.8
2.5e-002
1859.1
2.6667e-002
2192.4
2.8333e-002
2525.8
3.e-002
2859.1
3.1667e-002
3192.4
3.3333e-002
3525.8
3.5e-002
3859.1
3.6667e-002
4192.4
3.8333e-002
4525.8
4.e-002
4859.1
4.1667e-002
5192.4
4.3333e-002
5525.8
4.5e-002
5859.1
4.6667e-002
6192.4
4.8333e-002
6525.8
5.e-002
6859.1
5.1667e-002
7192.5
5.3333e-002
7526.
5.5e-002
7861.6
5.6667e-002
8235.2
5.8333e-002
9274.9
6.e-002
9004.8
6.1667e-002
16547
6.3333e-002
14892
6.5e-002
13480
6.6667e-002
12071
6.8333e-002
10663
7.e-002
9257.3
7.1667e-002
7852.6
7.3333e-002
6448.9
7.5e-002
5046.
7.6667e-002
7.8333e-002
8.e-002
3643.9
2242.2
840.79
FIGURE 30
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux 4 > Figure
2
FIGURE 31
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux 5
TABLE 27
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux 5
Length [m] Value [W/m²]
0.
-3140.9
1.6667e-003
-2807.6
3.3333e-003
-2474.2
5.e-003
-2140.9
6.6667e-003
-1807.6
8.3333e-003
-1474.2
1.e-002
-1140.9
1.1667e-002
-807.55
1.3333e-002
-474.22
1.5e-002
-140.88
1.6667e-002
192.45
1.8333e-002
525.78
2.e-002
859.12
2.1667e-002
1192.4
2.3333e-002
1525.8
2.5e-002
1859.1
2.6667e-002
2192.4
2.8333e-002
2525.8
3.e-002
2859.1
3.1667e-002
3192.4
3.3333e-002
3525.8
3.5e-002
3859.1
3.6667e-002
4192.4
3.8333e-002
4.e-002
4.1667e-002
4.3333e-002
4.5e-002
4.6667e-002
4.8333e-002
5.e-002
5.1667e-002
5.3333e-002
5.5e-002
5.6667e-002
5.8333e-002
6.e-002
6.1667e-002
6.3333e-002
6.5e-002
6.6667e-002
6.8333e-002
7.e-002
7.1667e-002
7.3333e-002
7.5e-002
7.6667e-002
7.8333e-002
8.e-002
4525.8
4859.1
5192.4
5525.8
5859.1
6192.4
6525.8
6859.1
7192.5
7526.
7861.6
8235.2
9274.9
9004.8
16547
14892
13480
12071
10663
9257.3
7852.6
6448.9
5046.
3643.9
2242.2
840.79
FIGURE 32
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux 5 > Image
TABLE 28
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Results
Object Name Total Heat Flux 2
State
Solved
Scope
Scoping Method
Path
Path
Path 2
Geometry
All Bodies
Definition
Type Total Heat Flux
By
Time
Display Time
Last
Calculate Time History
Yes
Suppressed
No
Integration Point Results
Display Option
Averaged
Average Across Bodies
No
Results
Minimum 140.88 W/m²
Maximum
16547 W/m²
Minimum Occurs On
Solid
Maximum Occurs On
Solid
Graph Controls
X-Axis
S
Minimum Value Over Time
Minimum 140.88 W/m²
Maximum 140.88 W/m²
Maximum Value Over Time
Minimum
16547 W/m²
Maximum
16547 W/m²
Information
Time
1. s
Load Step
1
Substep
1
Iteration Number
1
FIGURE 33
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Total Heat Flux 2
TABLE 29
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Total Heat Flux 2
Length [m] Value [W/m²]
0.
3140.9
1.6667e-003
2807.6
3.3333e-003
2474.2
5.e-003
2140.9
6.6667e-003
1807.6
8.3333e-003
1474.2
1.e-002
1140.9
1.1667e-002
807.55
1.3333e-002
474.22
1.5e-002
140.88
1.6667e-002
192.45
1.8333e-002
2.e-002
2.1667e-002
2.3333e-002
2.5e-002
2.6667e-002
2.8333e-002
3.e-002
3.1667e-002
3.3333e-002
3.5e-002
3.6667e-002
3.8333e-002
4.e-002
4.1667e-002
4.3333e-002
4.5e-002
4.6667e-002
4.8333e-002
5.e-002
5.1667e-002
5.3333e-002
5.5e-002
5.6667e-002
5.8333e-002
6.e-002
6.1667e-002
6.3333e-002
6.5e-002
6.6667e-002
6.8333e-002
7.e-002
7.1667e-002
7.3333e-002
7.5e-002
7.6667e-002
7.8333e-002
8.e-002
525.78
859.12
1192.4
1525.8
1859.1
2192.4
2525.8
2859.1
3192.4
3525.8
3859.1
4192.4
4525.8
4859.1
5192.4
5525.8
5859.1
6192.4
6525.8
6859.1
7192.5
7526.
7861.6
8235.2
9274.9
9006.1
16547
14892
13480
12071
10663
9257.3
7852.6
6448.9
5046.1
3643.9
2242.3
841.11
FIGURE 34
Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Total Heat Flux 2 > Image
Chart
FIGURE 35
Model (A4) > Chart
TABLE 30
Model (A4) > Chart
Length [m] [A] Total Heat Flux 2 [W/m²]
0.
3140.9
1.6667e-003
2807.6
3.3333e-003
2474.2
5.e-003
2140.9
6.6667e-003
1807.6
8.3333e-003
1474.2
1.e-002
1140.9
1.1667e-002
807.55
1.3333e-002
474.22
1.5e-002
140.88
1.6667e-002
192.45
1.8333e-002
525.78
2.e-002
859.12
2.1667e-002
1192.4
2.3333e-002
1525.8
2.5e-002
1859.1
2.6667e-002
2192.4
2.8333e-002
2525.8
3.e-002
2859.1
3.1667e-002
3192.4
3.3333e-002
3525.8
3.5e-002
3859.1
3.6667e-002
4192.4
3.8333e-002
4525.8
4.e-002
4859.1
4.1667e-002
5192.4
4.3333e-002
5525.8
4.5e-002
5859.1
4.6667e-002
6192.4
4.8333e-002
6525.8
5.e-002
6859.1
5.1667e-002
7192.5
5.3333e-002
7526.
5.5e-002
7861.6
5.6667e-002
8235.2
5.8333e-002
9274.9
6.e-002
9006.1
6.1667e-002
16547
6.3333e-002
14892
6.5e-002
13480
6.6667e-002
12071
6.8333e-002
10663
7.e-002
9257.3
7.1667e-002
7852.6
7.3333e-002
6448.9
7.5e-002
5046.1
7.6667e-002
7.8333e-002
8.e-002
3643.9
2242.3
841.11
Chart 2
FIGURE 36
Model (A4) > Chart 2
TABLE 31
Model (A4) > Chart 2
Length [m] [A] Directional Heat Flux 5 [W/m²]
0.
-3140.9
1.6667e-003
-2807.6
3.3333e-003
-2474.2
5.e-003
-2140.9
6.6667e-003
-1807.6
8.3333e-003
-1474.2
1.e-002
-1140.9
1.1667e-002
-807.55
1.3333e-002
-474.22
1.5e-002
-140.88
1.6667e-002
192.45
1.8333e-002
525.78
2.e-002
859.12
2.1667e-002
1192.4
2.3333e-002
2.5e-002
2.6667e-002
2.8333e-002
3.e-002
3.1667e-002
3.3333e-002
3.5e-002
3.6667e-002
3.8333e-002
4.e-002
4.1667e-002
4.3333e-002
4.5e-002
4.6667e-002
4.8333e-002
5.e-002
5.1667e-002
5.3333e-002
5.5e-002
5.6667e-002
5.8333e-002
6.e-002
6.1667e-002
6.3333e-002
6.5e-002
6.6667e-002
6.8333e-002
7.e-002
7.1667e-002
7.3333e-002
7.5e-002
7.6667e-002
7.8333e-002
8.e-002
1525.8
1859.1
2192.4
2525.8
2859.1
3192.4
3525.8
3859.1
4192.4
4525.8
4859.1
5192.4
5525.8
5859.1
6192.4
6525.8
6859.1
7192.5
7526.
7861.6
8235.2
9274.9
9004.8
16547
14892
13480
12071
10663
9257.3
7852.6
6448.9
5046.
3643.9
2242.2
840.79
Chart 3
FIGURE 37
Model (A4) > Chart 3
TABLE 32
Model (A4) > Chart 3
Length [m] [A] Directional Heat Flux 4 [W/m²]
0.
-3140.9
1.6667e-003
-2807.6
3.3333e-003
-2474.2
5.e-003
-2140.9
6.6667e-003
-1807.6
8.3333e-003
-1474.2
1.e-002
-1140.9
1.1667e-002
-807.55
1.3333e-002
-474.22
1.5e-002
-140.88
1.6667e-002
192.45
1.8333e-002
525.78
2.e-002
859.12
2.1667e-002
1192.4
2.3333e-002
1525.8
2.5e-002
1859.1
2.6667e-002
2192.4
2.8333e-002
2525.8
3.e-002
2859.1
3.1667e-002
3192.4
3.3333e-002
3525.8
3.5e-002
3859.1
3.6667e-002
4192.4
3.8333e-002
4.e-002
4.1667e-002
4.3333e-002
4.5e-002
4.6667e-002
4.8333e-002
5.e-002
5.1667e-002
5.3333e-002
5.5e-002
5.6667e-002
5.8333e-002
6.e-002
6.1667e-002
6.3333e-002
6.5e-002
6.6667e-002
6.8333e-002
7.e-002
7.1667e-002
7.3333e-002
7.5e-002
7.6667e-002
7.8333e-002
8.e-002
4525.8
4859.1
5192.4
5525.8
5859.1
6192.4
6525.8
6859.1
7192.5
7526.
7861.6
8235.2
9274.9
9004.8
16547
14892
13480
12071
10663
9257.3
7852.6
6448.9
5046.
3643.9
2242.2
840.79
Chart 4
FIGURE 38
Model (A4) > Chart 4
TABLE 33
Model (A4) > Chart 4
Length [m] [A] Directional Heat Flux 3 [W/m²]
0.
-3140.9
1.6667e-003
-2807.6
3.3333e-003
-2474.2
5.e-003
-2140.9
6.6667e-003
-1807.6
8.3333e-003
-1474.2
1.e-002
-1140.9
1.1667e-002
-807.55
1.3333e-002
-474.22
1.5e-002
-140.88
1.6667e-002
192.45
1.8333e-002
525.78
2.e-002
859.12
2.1667e-002
1192.4
2.3333e-002
1525.8
2.5e-002
1859.1
2.6667e-002
2192.4
2.8333e-002
2525.8
3.e-002
2859.1
3.1667e-002
3192.4
3.3333e-002
3525.8
3.5e-002
3859.1
3.6667e-002
4192.4
3.8333e-002
4.e-002
4.1667e-002
4.3333e-002
4.5e-002
4.6667e-002
4.8333e-002
5.e-002
5.1667e-002
5.3333e-002
5.5e-002
5.6667e-002
5.8333e-002
6.e-002
6.1667e-002
6.3333e-002
6.5e-002
6.6667e-002
6.8333e-002
7.e-002
7.1667e-002
7.3333e-002
7.5e-002
7.6667e-002
7.8333e-002
8.e-002
4525.8
4859.1
5192.4
5525.8
5859.1
6192.4
6525.8
6859.1
7192.5
7526.
7861.6
8235.2
9274.9
9004.8
16547
14892
13480
12071
10663
9257.3
7852.6
6448.9
5046.
3643.9
2242.2
840.79
Chart 5
FIGURE 39
Model (A4) > Chart 5
TABLE 34
Model (A4) > Chart 5
Length [m] [A] Temperature 5 [°C]
0.
92.818
1.6667e-003
93.016
3.3333e-003
93.192
5.e-003
93.346
6.6667e-003
93.477
8.3333e-003
93.587
1.e-002
93.674
1.1667e-002
93.739
1.3333e-002
93.782
1.5e-002
93.802
1.6667e-002
93.801
1.8333e-002
93.777
2.e-002
93.73
2.1667e-002
93.662
2.3333e-002
93.571
2.5e-002
93.459
2.6667e-002
93.324
2.8333e-002
93.166
3.e-002
92.987
3.1667e-002
92.785
3.3333e-002
92.561
3.5e-002
92.315
3.6667e-002
92.047
3.8333e-002
4.e-002
4.1667e-002
4.3333e-002
4.5e-002
4.6667e-002
4.8333e-002
5.e-002
5.1667e-002
5.3333e-002
5.5e-002
5.6667e-002
5.8333e-002
6.e-002
6.1667e-002
6.3333e-002
6.5e-002
6.6667e-002
6.8333e-002
7.e-002
7.1667e-002
7.3333e-002
7.5e-002
7.6667e-002
7.8333e-002
8.e-002
91.756
91.443
91.108
90.751
90.371
89.97
89.546
89.099
88.631
88.14
87.628
87.091
86.519
85.793
85.694
85.59
85.495
85.41
85.334
85.268
85.211
85.163
85.125
85.096
85.076
85.066
Chart 6
FIGURE 40
Model (A4) > Chart 6
TABLE 35
Model (A4) > Chart 6
Length [m] [A] Temperature 4 [°C]
0.
92.818
1.6667e-003
93.016
3.3333e-003
93.192
5.e-003
93.346
6.6667e-003
93.477
8.3333e-003
93.587
1.e-002
93.674
1.1667e-002
93.739
1.3333e-002
93.782
1.5e-002
93.802
1.6667e-002
93.801
1.8333e-002
93.777
2.e-002
93.73
2.1667e-002
93.662
2.3333e-002
93.571
2.5e-002
93.459
2.6667e-002
93.324
2.8333e-002
93.166
3.e-002
92.987
3.1667e-002
92.785
3.3333e-002
92.561
3.5e-002
92.315
3.6667e-002
92.047
3.8333e-002
4.e-002
4.1667e-002
4.3333e-002
4.5e-002
4.6667e-002
4.8333e-002
5.e-002
5.1667e-002
5.3333e-002
5.5e-002
5.6667e-002
5.8333e-002
6.e-002
6.1667e-002
6.3333e-002
6.5e-002
6.6667e-002
6.8333e-002
7.e-002
7.1667e-002
7.3333e-002
7.5e-002
7.6667e-002
7.8333e-002
8.e-002
91.756
91.443
91.108
90.751
90.371
89.97
89.546
89.099
88.631
88.14
87.628
87.091
86.519
85.793
85.694
85.59
85.495
85.41
85.334
85.268
85.211
85.163
85.125
85.096
85.076
85.066
Chart 7
FIGURE 41
Model (A4) > Chart 7
TABLE 36
Model (A4) > Chart 7
Length [m] [A] Temperature 3 [°C]
0.
92.818
1.6667e-003
93.016
3.3333e-003
93.192
5.e-003
93.346
6.6667e-003
93.477
8.3333e-003
93.587
1.e-002
93.674
1.1667e-002
93.739
1.3333e-002
93.782
1.5e-002
93.802
1.6667e-002
93.801
1.8333e-002
93.777
2.e-002
93.73
2.1667e-002
93.662
2.3333e-002
93.571
2.5e-002
93.459
2.6667e-002
93.324
2.8333e-002
93.166
3.e-002
92.987
3.1667e-002
92.785
3.3333e-002
92.561
3.5e-002
92.315
3.6667e-002
92.047
3.8333e-002
4.e-002
4.1667e-002
4.3333e-002
4.5e-002
4.6667e-002
4.8333e-002
5.e-002
5.1667e-002
5.3333e-002
5.5e-002
5.6667e-002
5.8333e-002
6.e-002
6.1667e-002
6.3333e-002
6.5e-002
6.6667e-002
6.8333e-002
7.e-002
7.1667e-002
7.3333e-002
7.5e-002
7.6667e-002
7.8333e-002
8.e-002
91.756
91.443
91.108
90.751
90.371
89.97
89.546
89.099
88.631
88.14
87.628
87.091
86.519
85.793
85.694
85.59
85.495
85.41
85.334
85.268
85.211
85.163
85.125
85.096
85.076
85.066
Chart 8
TABLE 37
Model (A4) > Chart 8
Steps End Time [s]
1
1.
Chart 9
FIGURE 42
Model (A4) > Chart 9
TABLE 38
Model (A4) > Chart 9
Length [m] [A] Temperature 2 [°C]
0.
92.818
1.6667e-003
93.016
3.3333e-003
93.192
5.e-003
93.346
6.6667e-003
93.477
8.3333e-003
93.587
1.e-002
93.674
1.1667e-002
93.739
1.3333e-002
93.782
1.5e-002
93.802
1.6667e-002
93.801
1.8333e-002
93.777
2.e-002
93.73
2.1667e-002
93.662
2.3333e-002
93.571
2.5e-002
93.459
2.6667e-002
93.324
2.8333e-002
93.166
3.e-002
92.987
3.1667e-002
92.785
3.3333e-002
92.561
3.5e-002
92.315
3.6667e-002
92.047
3.8333e-002
4.e-002
4.1667e-002
4.3333e-002
4.5e-002
4.6667e-002
4.8333e-002
5.e-002
5.1667e-002
5.3333e-002
5.5e-002
5.6667e-002
5.8333e-002
6.e-002
6.1667e-002
6.3333e-002
6.5e-002
6.6667e-002
6.8333e-002
7.e-002
7.1667e-002
7.3333e-002
7.5e-002
7.6667e-002
7.8333e-002
8.e-002
91.756
91.443
91.108
90.751
90.371
89.97
89.546
89.099
88.631
88.14
87.628
87.091
86.519
85.793
85.694
85.59
85.495
85.41
85.334
85.268
85.211
85.163
85.125
85.096
85.076
85.066
Chart 10
FIGURE 43
Model (A4) > Chart 10
TABLE 39
Model (A4) > Chart 10
Length [m] [A] Temperature 2 [°C]
0.
92.818
1.6667e-003
93.016
3.3333e-003
93.192
5.e-003
93.346
6.6667e-003
93.477
8.3333e-003
93.587
1.e-002
93.674
1.1667e-002
93.739
1.3333e-002
93.782
1.5e-002
93.802
1.6667e-002
93.801
1.8333e-002
93.777
2.e-002
93.73
2.1667e-002
93.662
2.3333e-002
93.571
2.5e-002
93.459
2.6667e-002
93.324
2.8333e-002
93.166
3.e-002
92.987
3.1667e-002
92.785
3.3333e-002
92.561
3.5e-002
92.315
3.6667e-002
92.047
3.8333e-002
4.e-002
4.1667e-002
4.3333e-002
4.5e-002
4.6667e-002
4.8333e-002
5.e-002
5.1667e-002
5.3333e-002
5.5e-002
5.6667e-002
5.8333e-002
6.e-002
6.1667e-002
6.3333e-002
6.5e-002
6.6667e-002
6.8333e-002
7.e-002
7.1667e-002
7.3333e-002
7.5e-002
7.6667e-002
7.8333e-002
8.e-002
91.756
91.443
91.108
90.751
90.371
89.97
89.546
89.099
88.631
88.14
87.628
87.091
86.519
85.793
85.694
85.59
85.495
85.41
85.334
85.268
85.211
85.163
85.125
85.096
85.076
85.066
Chart 11
FIGURE 44
Model (A4) > Chart 11
TABLE 40
Model (A4) > Chart 11
Length [m] [A] Directional Heat Flux 2 [W/m²]
0.
-3140.9
1.6667e-003
-2807.6
3.3333e-003
-2474.2
5.e-003
-2140.9
6.6667e-003
-1807.6
8.3333e-003
-1474.2
1.e-002
-1140.9
1.1667e-002
-807.55
1.3333e-002
-474.22
1.5e-002
-140.88
1.6667e-002
192.45
1.8333e-002
525.78
2.e-002
859.12
2.1667e-002
1192.4
2.3333e-002
1525.8
2.5e-002
1859.1
2.6667e-002
2192.4
2.8333e-002
2525.8
3.e-002
2859.1
3.1667e-002
3192.4
3.3333e-002
3525.8
3.5e-002
3859.1
3.6667e-002
4192.4
3.8333e-002
4.e-002
4.1667e-002
4.3333e-002
4.5e-002
4.6667e-002
4.8333e-002
5.e-002
5.1667e-002
5.3333e-002
5.5e-002
5.6667e-002
5.8333e-002
6.e-002
6.1667e-002
6.3333e-002
6.5e-002
6.6667e-002
6.8333e-002
7.e-002
7.1667e-002
7.3333e-002
7.5e-002
7.6667e-002
7.8333e-002
8.e-002
4525.8
4859.1
5192.4
5525.8
5859.1
6192.4
6525.8
6859.1
7192.5
7526.
7861.6
8235.2
9274.9
9004.8
16547
14892
13480
12071
10663
9257.3
7852.6
6448.9
5046.
3643.9
2242.2
840.79
FIGURE 45
Model (A4) > Image
Material Data
Kwall
TABLE 41
Kwall > Constants
Thermal Conductivity 25 W m^-1 C^-1
Kfin
TABLE 42
Kfin > Constants
Thermal Conductivity 250 W m^-1 C^-1