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Simulation Mechanical

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Simulation Mechanical

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Simulation Mechanical

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Autodesk Simulation

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Vice Grips Static Stress Analysis

Bolted Flange Static Stress Analysis

Crank Static Stress Analysis

Computer Case Static Stress Analysis

2-D Weldment Static Stress Analysis

Beam Tower Static Stress Analysis

Beam Tower Critical Buckling Analysis

Support Beam Static Stress Analysis and Modification using Inventor Fusion

Piston Mechanical Event Simulation

Truss Tower Natural Frequency - Modal Analysis

Truss Tower Response Spectrum Analysis

Truss Tower Random Vibration Analysis

Truss Tower Frequency Response Analysis

Problem Description

Determine the Node Numbers

Create a New Design Scenario

Define the Exciting Frequencies

Define the Excited Nodes

Define the Damping Ratio

Define the Amplitudes

Analyze the Model

Review the Results

Truss Tower Transient Stress Analysis

Circuit Board Steady - State Heat Transfer Analysis

Circuit Board Transient Heat Transfer Analysis

Ball Valve Fluid Flow Analysis

Radial Comb Motor Electrostatic Analysis

Radial Comb Motor Static Stress Analysis

Simulation Mechanical 360

Autodesk Fatigue Wizard

Autodesk Vault Basic

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Define the Damping Ratio

Table of contents

No headers

Click the Damping Ratios tab.

Type 0 in the first row of the Frequency (Hz) column and press Enter.
Type 0.01 in the first row of the Damping Ratio column and press Enter.
Type 30 in the second row of the Frequency (Hz) column and press Enter.
Type 0.01 in the second row of the Damping Ratio column and press Enter.

Results of all excitations from zero to 30 Hz will be based on a constant damping ration of 0.01. The three user-specified excitation frequencies and the first five natural frequencies all fall within this range.

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