smlation
Company
Author
Dileep
Date
Wednesday, September 29, 2021
Software Used
Solid Edge ST(106.00.02.05)
Femap (11.01)
Solver Used
NX Nastran (8.5)
Table of Contents
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
Introduction
Model Information
Study Properties
Study Geometry
Material Properties
Override Properties
Loads
Constraints
Mesh Information
Results
Optimizations
Conclusion
Disclaimer
1. Introduction
2. Model Information
Document C:\Users\Vidya Sagar\3D Objects\Part1.par
3. Study Properties
Study Property
Value
Study name
Study Type
Mesh Type
Iterative Solver
NX Nastran Geometry Check
NX Nastran command line
NX Nastran study options
NX Nastran generated options
NX Nastran default options
Surface results only option
Static Study 1
Linear Static
Tetrahedral
On
On
On
4. Study Geometry
4.1 Solids
Solid Name Material Mass
Part1.par
Lead
Volume
5. Material Properties
5.1 Lead
Property
Weight
0.989 kg 87097.685 mm^3 9687.875 mN
Value
Density
11350.000 kg/m^3
Coef. of Thermal Exp. 0.0000 /C
Thermal Conductivity 0.033 kW/m-C
Specific Heat
Modulus of Elasticity
Poisson's Ratio
Yield Stress
Ultimate Stress
Elongation %
129.000 J/kg-C
13996.357 MegaPa
0.420
0.000 MegaPa
17.995 MegaPa
0.000
6. Override Properties
7. Loads
Load
Name
Load
Type
Pressure 1
Pressure
Force 1
Force
Load Value
2.5e+004
kPa
5.7e+005
mN
Load
Distribution
Per Entity
Load Direction
Load Direction
Option
Compressive
Normal to Face
( 0.00, -1.00,
0.00 )
Along a vector
8. Constraints
Constraint Name Constraint Type Degrees of Freedom
Fixed 1
Fixed
FREE DOF: None
9. Mesh Information
Mesh type
Tetrahedral
Total number of bodies meshed
Total number of elements
Total number of nodes
Subjective mesh size (1-10)
1
2,489
4,010
6
10. Results
10.1 Displacement Results
Result component: Total Translation
Value
X
Y
Z
Extent
-42.471 mm 22.209 mm 65.387 mm
Minimum 0 mm
Maximum 34.8 mm -160.810 mm 29.612 mm 71.601 mm
Total Translation
10.2 Stress Results
Result component: Von Mises
Value
X
Y
Extent
Z
-160.810 mm 7.403 mm 46.746 mm
Minimum 2.87 MegaPa
Maximum 1.57e+003 MegaPa -42.471 mm 29.612 mm 71.601 mm
Von Mises
10.3 Factor of Safety Results
Result Component: Factor of Safety
Value X
Y
Z
Extent
Minimum 0
Maximum 1
-147.662 mm 29.612 mm 65.387 mm
-147.662 mm 29.612 mm 65.387 mm
Factor of Safety
11. Optimizations
12. Conclusion
13. Disclaimer
Important Information
This report should not be used to solely judge a design idea's suitability to a given set of environmental
conditions. Siemens makes every effort to ensure that its products provide as much guidance and help
as possible. However this does not replace good engineering judgment, which is always the
responsibility of our users. A qualitative approach to engineering should ensure that the results of this
evaluation are evaluated in conjunction with the practical experience of design engineers and analysts,
and ultimately experimental test data. The results contained within this report are believed to be
reliable but should not be construed as providing any sort of warranty for fitness of purpose.