About This Course
Ansys Space Claim(from SC to WB-Workshop), Ansys Meshing(Mesh Quality-Workshop), Ansys Fluent(Best Guideline Tutorial)
This course includes three main chapters (Ansys Space Claim, Ansys Meshing and Ansys Fluent) and one workshops, providing Best Practice Guideline listed below. Student will learn how to use Ansys tools to solve the specific applications provided with course materials. Give them a chance to improve their skill by making more practice during course.
Chapter 1= Ansys Space Claim
From Space Claim to Workbench
Named Selections creation
Driving Dimensions creation
Exporting Named Selections and Parameters to Workbench
Goals
Create parameters
Update parameters from Workbench
Chapter 2 = Ansys Meshing
Ansys Meshing Quality Workshop1.1
This workshop will demonstrate the practical application of ANSYS Meshing to a mixing tank model.
Starting ANSYS Meshing
Generating a mesh
Decomposing for Sweep Meshing
Local Sizing
Using Advanced Size Functions
Using Inflation
Named Selections
Ansys Meshing Workshop 1.2
This workshop will demonstrate the practical application of ANSYS Meshing to an automotive external aero model.
Generating Tetrahedral Patch Conforming Mesh
Local Mesh Control
Body of Influence
Inflation
Using Advanced Size Functions
Name Selections
Virtual Topology
Chapter 3= Ansys Fluent
Best Practice Guideline
Introduction
Different Source of Error
Round off Errors
Iteration Errors
Solution Errors
Model Errors
Meshing Best
Practice Guidelines
Summary
Workshop: Best Practice Guideline
Checking for round off error
Checking for iteration error
Checking for mesh independence on a hierarchy of meshes
Solving a compressible flow
Comparison with experimental data
They will learn how to switch from Space Claim to Workbench
Student will learn how to improve meshing quality by using different meshing technique
Learn how to use best practice guide line effectively