Simulation Report
 

Cover Sheet
 
Document Properties Table
 
Organizational Data
Title Collision Example 02
Subject
Author Heinrich Mallison
Manager
Company Name Institute for Geosciences, Tuebingen University
Lexical Data
Category
Key Words
Comments
Document Data
Tracking Number
Source File Path and Name C:\Documents and Settings\Heiner\Desktop\Doktorarbeit\vNastran collision examples\collision example 02.WM3
Source File Size 2.24 MB
Source Created Saturday, October 07, 2006 at 10:07:35 PM
Source Last Modified Saturday, October 07, 2006 at 10:58:01 PM
Report Generated Saturday, October 07, 2006 at 10:58:06 PM
Input Settings
 
Analysis Type
 
Analysis Type Available Selected
Stress yes
Buckling no
Vibration no
Thermal no
Motion yes
Tolerance
 
Configuration Tolerance Position 0.01 m
Integration
 
Animation Frame Rate Time 0.02 s
Integration Step Type Variable
Integration Steps per Frame 2
Integrator Type Kutta-Merson
Gravity
 
Gravity Status Off
Miscellaneous
 
Unit System SI (degrees)
User Name Heiner
Domain  
Model Details
 
Assembly Table
 
Name Material Mass (kg) Volume (m^3) Bounding Box (m)
body[1] Custom 12.7 0.00162 0.589, 0.0085, 0.324
body[2] Custom 0.0365 4.65e-6 0.0207, 0.0207, 0.0207
Material Properties Table
 
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 7.85e+3
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 7.85e+3
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Initial Conditions
 
Name Initial Linear Velocity Vector (m/s) Initial Angular Velocity Vector (deg/s)
body[1] 0, 0, 0 0, 0, 0
body[2] 0, -10, 0 0, 0, 0