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Ansys ICEM CFD 10.0 Tutorial


Ansys ICEM CFD 10.0 Tutorial

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Index Ansys ICEM CFD 10.0 Tutorial

Table of Contents
1. CAD Repair
How are Close Holes and Remove Holes different?
Close Holes
Remove Holes
How do Fill, Trim and Blend work in Stitch/Match Edges?
How does Match work in Stitch/Match Edges?
2. Tetra
Tetra mesh generation
Input to Tetra
Tetra Generation Steps
Repair Geometry
Geometry Details Required
Sizes on surfaces and curves
Meshing inside small angles or in small gaps between objects
Desired Mesh Region
Run Tetra - The Octree Approach
Important Features in Tetra
Natural Size
Tetrahedral Mesh Smoother
Tetrahedral Mesh Coarsener
Triangular Surface Mesh Smoother
Triangular Surface Mesh Coarsener
Triangular Surface Editing Tools
Check Mesh
Quality metric
Advanced options
3. Hexa
Features of Hexa
Mesh Generation with Hexa
The Hexa Database
Intelligent Geometry in Hexa
Unstructured and Multi-block Structured Meshes
Unstructured Mesh Output:
Multi-Block Structured Mesh Output:
Blocking Strategy
Using the Automatic O-grid
Most Important Features of Hexa
Automatic O-grid generation
Important Features of an O-grid
Edge Meshing Parameters
Smoothing Techniques
Refinement and Coarsening
Replay Functionality
Generating a Replay File
Advantage of the Replay Function
Applying the Periodic Relationship
Mesh Quality
Determining the Location of Cells
4. Properties
Create Material Property
Save Material
Open Material
Define Table
Define Point Element
Define Line Element
Define Shell Element
Define Volume Element
5. Constraints
Displacement on Point
Displacement on Curve
Displacement on Area
Displacement on Subset
Define Contact
Automatic Detection
Manual Definition
Define Single Surface Contact
Define Initial velocity
Define Planar Rigid wall
6. Loads
Force on Point
Force on curve
Force on Surface
Force on Subset
Pressure on surfaces
Pressure on subset
Temperature on Points
Temperature on curves
Temperature on Surface
Temperature on Body
Temperature on Subset
Set Gravity
7. Solver Options
Setup Solver Parameters
Setup Analysis Type
Setup Sub-Case
Write/View Input file
Submit Solver Run
Post Process Results
FEA Solver Support
List of Figures.
Close Hole
After closing the hole
Before Remove Holes
After Remove Holes
Geometry with a gap
Result with Close Gap > Fill
Result with Close Gap > Trim
Result with Close Gap > Blend
Geometry with mismatched edges
Geometry after match edges
Curves and Points representing the sharp edges and corners
Mesh with Curves and points
Mesh without curves and points
Geometry Input to Tetra
Full Tetra enclosing the geometry
Full Tetra enclosing the geometry (In wire frame node)
Cross-section of the Tetra to show how Tetra are fit in around geometry
Mesh after it captures surfaces and separation of useful volume
Final Mesh before smoothing
Final Mesh after smoothing
Non-Manifold Vertices
Quality Histogram
Initial block, block with O-Grid, O-Grid with include a face
Elements on Curve
Force Distribution as per the FEA concepts
Quadratic Element Nodes position
Load Distribution as per the FEA concepts
QUAD9 Element

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