Design Analysis

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# Created by

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Created Date: | 3/28/2013

# Reviewed by

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Model Created Date: | 3/28/2013
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# Executive Summary

This is where to put your Executive summary. So, replace this text with your overall Project Description.

# Summary

## Model Information

Analysis Type - Static Stress with Linear Material Models
Units - Custom - (N, mm, s, °C, K, V, ohm, A, J)
Model location - D:\Autodesk Simulation Manuscript-13032013\c08_Autodesk-Simulation\tut01\c08_tut01.fem
Design scenario description - Design Scenario # 1

# Analysis Parameters Information

## Load Case Multipliers

Static Stress with Linear Material Models may have multiple load cases. This allows a model to be analyzed with multiple loads while solving the equations a single time. The following is a list of load case multipliers that were analyzed with this model.

Load Case | Description | Pressure/Surface Forces | Gravity/Acceleration | Angular Velocity (Omega) | Angular Acceleration (Alpha) | Displacement | Thermal | Electrical
--- | --- | --- | --- | --- | --- | --- | --- | ---
1 |  | 1 | 0 | 0 | 0 | 1 | 0 | 0

## Gravity Information

The following lists the values used if acceleration or gravity was included in the analysis. The Acceleration/Gravity direction multiplier is multiplied by the Acceleration Due To Body Force which is then multiplied by the Acceleration/Gravity load case multiplier.

Acceleration Due To Body Force = 9814.56 mm/s²

Acceleration/Gravity X Multiplier | Acceleration/Gravity Y Multiplier | Acceleration/Gravity Z Multiplier
--- | --- | ---
0 | 0 | -1

## Multiphysics Information

Default Nodal Temperature | 0 °C
Source of Initial Nodal Temperatures | Loaded Design Scenario
Time step from Heat Transfer Analysis | Last
Default nodal voltage | 0 V
Source of nodal voltages | Model file

## Processor Information

Type of Solver | Automatic
Disable Calculation and Output of Strains | No
Calculate Reaction Forces | Yes
Invoke Banded Solver | Yes
Avoid Bandwidth Minimization | No
Stop After Stiffness Calculations | No
Displacement Data in Output File | No
Stress Data in Output File | No
Equation Numbers Data in Output File | No
Element Input Data in Output File | No
Nodal Input Data in Output File | No
Centrifugal Load Data in Output File | No

# Part Information

Part ID | Part Name | Element Type | Material Name
--- | --- | --- | ---
1 | c05_tut01 | Brick | Stainless Steel (AISI 405)

# Element Information

### Element Properties used for:

- c05_tut01

Element Type | Brick
Compatibility | Not Enforced
Integration Order | 2nd Order
Stress Free Reference Temperature | 0 °C

# Material Information

###
Stainless Steel (AISI 405) -Brick

Material Model | Standard
Material Source | Autodesk Simulation Material Library
Material Source File | C:\Program Files\Autodesk\Simulation 2014\matlibs\algormat.mlb
Date Last Updated | 2012/07/12-16:51:10
Material Description | Annealed
Mass Density | 7.7994029714961e-009 N·s²/mm/mm³
Modulus of Elasticity | 199947.961490173 N/mm²
Poisson's Ratio | 0.3
Shear Modulus of Elasticity | 76903.062 N/mm²
Thermal Coefficient of Expansion | 1.08e-005 1/°C

# Loads

### FEA Object Group 4: Surface Forces

#### Surface Force

ID | Description | Part Number | Surface Number | Magnitude (N) | Vx | Vy | Vz
--- | --- | --- | --- | --- | --- | --- | ---
2 | Unnamed | 1 | 132 | 500.000000 | 0.000000 | 0.000000 | 0.000000

# Constraints

### FEA Object Group 1: Surface Pin Constraints

#### Surface Pin Constraint

ID | Description | Part Number | Surface Number | Radial | Axial | Tangential
--- | --- | --- | --- | --- | --- | ---
1 | Unnamed | 1 | 58 | Yes | Yes | No
2 | Unnamed | 1 | 182 | Yes | Yes | No

### FEA Object Group 2: Surface Frictionless Constraints

#### Surface Frictionless Constraint

ID | Description | Part Number | Surface Number
--- | --- | --- | ---
1 | Unnamed | 1 | 134

# Results Presentation Images

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