ANSYS - Introduction : Part 2

Duration : 2 days| Cost : $1000| Interface : Classic

Prerequisites : Although it is not our policy to deny students entry into a particular class, we recommend the following prerequisites in order for you to get the most out of this learning experience. For your own sake please ensure you have the appropriate qualifications or equivalent experience.

Basic engineering knowledge
ANSYS - Introduction : Part 1

What you will learn

Utilizing arrays
How to use coupling and constraint equations to tie parts together
Beam elements: when and how to use them
Sequential vs. direct thermal/structural coupled-field analyses
How to submodel a small section of a much larger model
Modal analysis procedure
What exaclty is a 'nonlinear' analysis and what do I do about it?
How to create and use macros

Summary

This class builds upon the ANSYS - Introduction : Part 1 course, and it is assumed that students have either completed this course or have the equivalent knowledge/experience. It is intended for those who wish to proceed past the basic instruction delivered in Part 1 and learn a bit more about various othere analysis tools and methods in ANSYS.

We will cover each of the disparate topics shown below in a short lecture and follow that up with hands-on workshops.

Lecture Topics

Array parameters
Coupling and constraint equations
Working with elements
Beam modeling
Coupled field analyses
Submodeling
Modal analysis
Introduction to nonlinear analyses
Bonded contact
Macro basics

Hands-on Workshops

Array Parameters
Coupling
Constraint Equations
Rigid Regions
Surface Effect Elements
Beam Model : Building frame
Coupled Field Model : Thermal pipe
Submodeling : Crankshaft
Modal Analysis : U-Bracket
Nonlinear Arched Beam
Bonded Contact : Swaybar
Macros : Verifying pressures