fbpx

Ansys FEA 101

Ansys Workbench Mechanical Introductory Course

Course Overview:

Suitable for new or occasional Ansys users, our paid Ansys Workbench Mechanical Introductory course teaches the basics of using Ansys Mechanical to perform finite element analysis (FEA).

Who should take this course:
  • New engineers looking to get started with Ansys Workbench Mechanical.
  • Engineers with desire to re-learn introductory methods to finite element analysis (FEA).
  • Engineers who have previous experience in Mechanical or similar software and are looking for a refresher.
With completion of this Ansys FEA Training, you will:
  • Become proficient in:
    • Pre-processing
    • Post-processing
    • Geometry Interaction
    • Mesh Control
    • Connections
    • Boundary Conditions
    • Multistep Analysis
    • Modal Analysis
    • Thermal Analysis
    • Debugging
    • Parameterization
  • Receive an official certificate of completion with professional development hours that can qualify for the continuing education requirements upon renewal of a PE license in most states or provinces.

Contact for FEA 101 Training

Ansys-Workbench-Mechanical-Introductory-FEA-101-Training-SimuTech-Group

 

 

 

 

Course Agenda | FEA 101

Module 1: Introduction
Workshop: Mechanical Basics

Module 2: Preprocessing
Workshops: 2D Gear and Rack, Scoping Wizard, Named Selections, Object Generator

Module 3: Meshing
Workshops: Mesh Creation, Mesh Control

Module 4: Model Setup
Workshops: Multistep Analysis, Parameter Management

Module 5: Connections
Workshops: Contact Offset Control, Joints, Remote Boundary Conditions

Module 6: Post-Processing
Workshop: Mesh Evaluation

Module 7: Modal Analysis
Workshops: Modal Analysis, Prestress Model

Module 8: Steady-State Thermal Analysis
Workshops: Thermal Analysis, Thermal Structural Analysis

Module 9: Debugging
Workshops: Debugging, Validation

Module 10: Bolted Connections
Workshops: Bolted Connections

Module 11: Summary
Self-Guided Workshop

 

 

Related Courses

Heat Transfer

FEA 202

Structural Nonlinearities

FEA 102

Mechanical Dynamics

FEA 201

LS-DYNA

FEA 302