
Chapter 01: Core Skills
Workshop 01: Ansys Meshing Core Skill
Chapter 02: Meshing Method
Workshop 02: Ansys Meshing Method
Chapter 03: Global Mesh Control
Workshop 03 : Ansys Global Mesh Control
Chapter 04: Local Mesh Control
Workshop 04: Ansys Local Mesh Control
Chapter 05: Mesh Quality
Workshop 05: Ansys Mesh Quality 1.1
Workshop 05: Ansys Mesh Quality 1.2
Workshop 05: Ansys Mesh Quality 1.3
Student asked a question how to setup the porous zone.
This tutorial is showing how to set-up the porous zone step by step
Tutorial = Core Skills
What is Ansys Meshing
Meshing Fundamental
Launching Meshing
Grafic User Interface
Geometry Configuration
ShareTapology
Projected/Imprint
Contact Region
Interfaces Zone by Body Connection
Name Selection
Section Planes
Overview Global Meshing
Overview Local Meshing
Mesh Metrics &Statistics
Others
Grouping
Color by Quality
Target Limit
Workshop Core Skill
Generating a mesh
Creating Named Selections
Using Inflation
Checking mesh quality
Saving the project
Meshing Method
Which method to choose?
Hexahedral vs Tetrahedral
Tetrahedral Meshing
- Patch Conforming
- Patch Independent
Hexhedral Meshing
Sweep
Multizone
Hex dominant
Automatic Method
Recording Mesh
Workshop Meshing Method
This workshop will introduce different meshing methods available in ANSYS Meshing Objectives
Testing and comparing the mesh generated by the different methods:
Automatic (Tet Patch Conforming)
Multi-zone
Decomposition for Sweep Meshes
Automatic (Tet & Sweep)
Global Mesh Control Tutorial
Adaptive
Curvature
Proximity
Quality
Inflation
Statistic
Workshop Ansys Meshing Global Mesh Control
This workshop will introduce different meshing methods available in ANSYS Meshing Objectives
Testing and comparing the mesh generated by the different methods:
Automatic (Tet Patch Conforming)
Multizone -Decomposition for Sweep Meshes
Automatic (Tet & Sweep)
Local Mesh Control Method Tutorial
Automatic
Tetrohedrons
Hex Dominant
Sweep
Multizone
Sizing
-Face
-Edge
-Body
Element Sizing
Sphere of Influence
Face Meshing
Inflation Node
Move
2D Meshing
Ansys Meshing Local Mesh Method
This workshop will demonstrate how multiple methods and local controls can be combined to create a conformal hybrid mesh on a multibody part (valve geometry) Objectives
•Methods
–MultiZone,
Sweep,
Patch conforming
Tetrahedrons
•Local Sizing
–Edge & Face
•Local Inflation
•Selective Meshing
Mesh Quality Tutorial
Impact of the Mesh Quality on the Solution
Quality criteria
Methods for checking the Mesh Quality
Pitch
Virtual Tapology
Parameter Set
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
Ansys Meshing Quality Workshop 1.3
Generating 2d Meshes
2d Inflation
Generating Mapped Meshes
Parameterizing Mesh Controls
This Ansys Meshing course is aimed to those who want to learn how to create high quality mesh. Each chapter has specific workshop model,showing how to use the tools(step by step), for doing more practice.
Following topics will is to be covered in this course;
Chapter 1= Student will learn how to launching mesh, using mesh method,creating named selection,Inflation,on overview of the interface,section planes, Mesh Metric and doing more practice with Workshop model section.
Chapter 2= Learn difference between the Main Meshing method such as Tetrahedral(Patch Conforming and Patch Independent) and Hex Meshing(Sweept, Multizone ,Hex dominant) and learn how to recording the meshing and doing more practice with Workshop model section.
Chapter 3= Specifically focus Global Meshing,using to make global adjustment in the meshing strategy such as Adaptive, Curvature, Proximity, Inflation, Quality, Statistic,used for mesh sizing and doing more practice with Workshop model section.
Chapter 4= Student will learn how to use the local control meshing method such as Method for body(Automatic,Tetrahedrons,Hex Dominant, Sweep), for sizing (Edge,face) with different type(Element sizing,Sphere of Influence,body of Influence and Factor of Global Size), Inflation, Pinch,Face Meshing, and Node Move and doing more practice with Workshop model section.
Chapter 5= Student will learn how to check the mesh quality,quality criteria, method for checking Mesh quality and tools to improve Quality in the Meshing and doing more practice with Workshop model section.
It will helps you to build efficient meshes before set - up effective solver configurations for a wide range of problems..