training

Autodesk Inventor Simulation

Sector
Manufacturing
Level
Average
Duration
2 Day Course

The primary objective of this course is to introduce users to the user interface, tools and recommended workflows in the Autodesk Inventor Professional Dynamic Simulation and Stress Analysis environments.

  • Introduction to Engineering Analysis

  • Stress Analysis

  • Dynamic Simulation

  • Engineering Problems and Solutions

Description
Location & date
Content
Course formats

Objectives:

The primary objective of this course is to introduce users to the user interface, tools and recommended workflows in the Autodesk Inventor Professional Dynamic Simulation and Stress Analysis environments. Hands-on exercises representing real-world, industry-specific design scenarios are included.

After completing this course delegates will be able to:

  • Validate digital prototypes by creating dynamic simulations of mechanisms using joints and environmental constraints

  • Eliminate redundancies ins a design

  • Interpret Dynamic Simulation results

  • Analyse parts and assemblies and perform parametric design studies

  • Practice solving real-world design problems

Who Should Attend? 

This course is aimed at experienced Autodesk Inventor users.

Users should have completed an Autodesk Inventor for New Users course and have a working knowledge of complex assembly design using Autodesk Inventor, mechanical engineering or engineering analysis principles. It is also recommended that delegates have a working knowledge of Microsoft Windows.

Qualifications 

On completion of the course, you will be presented with an Autodesk Authorised Training Certificate.

Scheduled on demand

Agenda Topics:  

Introduction to Engineering Analysis:

  • Stress Analysis Overview

  • Dynamic Simulation Overview

Stress Analysis:

  • Preparing and Running a Simulation

  • Viewing Results

  • Analysing Assemblies Performing a Parametric Design Study Mesh Control and Convergence Performing a Modal Analysis

Dynamic Simulation:

  • Creating Joints

  • Defining Loads and Joint Properties

  • Running Simulations and Analysing Results

  • Building Nonredundant Models

  • Sharing Dynamic Simulation Results with Stress Analysis

Engineering Problems and Solutions:

  • Solving Design Problems

Virtual Training

The technology that we use to deliver our courses has been specifically designed to ensure that the learning experience is just as effective as if you are in one of our training centres. The same experienced instructors deliver our virtual training courses and we limit the number of attendees to ensure each one receives the right amount of individual support and attention.

At Our Training Centres

Each of our training suites is laid out classroom style for a maximum of 6 delegates. This class size ensures that the pace of the course is not adversely affected, learning is maximised and there is enough individual time for everyone to ask questions. Each person will have their own PC, with the appropriate course software installed and will be provided the relevant course material. Lunch and refreshments are available throughout the course.

At Your Offices

All the training we offer can be provided onsite at your office location with the minimum of travel disruption and with the whole team together. The training will take place in a designated area away from general office activity to ensure that delegates are not disturbed and are free to give their full attention to the training.

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