Inventor Professional 2013 - Finite Element Analysis Video Tutorial Course

CareerVision Training
Distancia

£82 - ($67.044)
IVA inc.

Información importante

  • Training
  • Beginner
  • A distancia
  • Duración:
    Flexible
  • Cuándo:
    A definir
  • Envío de materiales de aprendizaje
Descripción

COURSE INCLUDES
Inventor Professional 2013 - Finite Element Analysis DVD-ROM
Over 2.5 Hours of video tutorials by a Certified Autodesk Instructor
48 Video Tutorials
Instructor: Nicholas Bouray
Exercise Files

COURSE DESCRIPTION
CADLearning for Autodesk Inventor Professional 2013 - Finite Element Analysis covers the intermediate and advanced features used to approximate the stress and strain in the complex geometry of CAD models. Learn to analyze simple parts and complex assemblies through pre-processing and post-processing procedures.

Información importante

Requisitos: This is a DVD Video Tutorial Course which is shipped to you. Work through the video tutorials at your own pace. If you have the software you can practice along with the instructor using the same exercise files as the instructor which are included on the DVD. The narrated training videos demonstrate the key tools and professional techniques helping you to work faster and smarter. All the concepts of each application are explained clearly and precisely. The DVD works on PC and Mac. You can jump to and from lessons and work at your own pace.

Instalaciones

¿Dónde se da y en qué fecha?

comienzo Ubicación
A definir
Distance Learning

¿Qué aprendes en este curso?

Geometry
Autodesk
CAD
Inventor
Post-Processing Procedures

Temario

Essentials

Understanding FEA

Creating a Simulation

Exploring the FEA User Interface

Setting Up a FEA Analysis

Understanding File Structure

Assigning Materials

Managing Material Libraries

Applying Constraints

Applying Basic Loads

Applying Advanced Loads

Assigning Prescribed Displacements

Creating a Mesh

Running a Simulation

Generating Stress Plots

Generating Displacement Plots

Determining Safety Factor

Finding Maximum and Minimum Results

Probing Results

Animating Results

Configuring Display Settings

Generating a Report

Copying a Simulation


Refining a Simulation

Understanding Stress Concentrations

Controlling Mesh Size

Controlling Local Mesh Size

Using Convergence Plots

Understanding Boundary Condition Effects

Simplifying Geometry

Analyzing Symmetric Models

Editing a Model

Performing Parametric Analysis


Assembly Analysis

Analyzing Assemblies

Defining Automatic and Manual Contacts

Understanding Contact Types

Utilizing Representations in Analysis

Example of Assembly Analysis


Thin Parts

Understanding Shell Analysis

Analyzing Thin Parts

Creating Mid and Offset Surfaces

Analyzing Assemblies with Shell and Solid Elements


Modal Analysis

Understanding Modal Analysis

Setting Up a Modal Analysis

Interpreting Modal Analysis Results


Advanced Analysis

Starting Frame Analysis

Defining Constraints

Applying Loads

Defining Connections

Viewing Results