Autodesk Simulation Mechanical - Part 2

  

About this Course

This course will introduce you to large scale motion, large deformation, large strain with contact, and nonlinear

material analysis capabilities available within Autodesk® Simulation Mechanical. This course assumes

that you have a working knowledge of the Autodesk Simulation Mechanical user interface and basic FEA

theory. 

Training Guide Contents

Introduction

• Overview

• Background of MES

• Stress and Strain Review

• Steps for MES

Chapter 1: Example Using MES

• Chapter Objectives

• Example

Chapter 2: Setting up the Event and Prescribing Motion

• Chapter Objectives

• Introduction

• Dynamic Analysis Techniques

• Modeling Options

• Element Options

• MES Loading Options

• Setting up Time-Dependent Loads

• Event Setup

• Loading Options

• Results Options

• Prescribed Motion Example

• Exercise A: Impeller Model

Chapter 3: Overview of Material Models

• Chapter Objectives

• Material Model Options

• Results Options

• Example using von Mises Material Models

• Exercise B: Plastic Deformation of a Beam

Chapter 4: Introduction to Contact and Impact

• Chapter Objectives

• Uses for Contact and Impact

• Surface-to-Surface Contact Options

• Surface Contact Example

• Acceleration

• Impact Planes

• Impact Planes Example

• Drop Test Wizard

• Results Options

• Exercise C: Sphere and Ramp Model

Chapter 5: Geometric Nonlinearities

• Chapter Objectives

• Overview

• Buckling Analyses

• Restarting Existing Analyses

• Example of an MES Restart Analysis

• Exercise D: Buckling Column Model

Chapter 6: Results-Based Loading and Thermal Stress Analyses

• Chapter Objectives

• Results Based Loading

• Magnetic Force Example

• Thermal Stress Analyses

• Exercise E: Thermal Stress Analysis of a Coiling Furnace Drum

Chapter 7: Planar Elements

• Chapter Objectives

• Element Options

• Loading Options

• Shell Element Example

• Exercise F: Sail Model

Prerequisites 

It is recommended that you attend the Autodesk Simulation Mechanical - Part 1 course prior to attending thisclass. Many people choose to take both Part 1 & 2 in the same week.

Course Length: 2 days

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