ANSYS Workbench
Course Information
Duration: 45 Hours
Fee: $1600
Description
This course is designed to help students and practicing designers learn Finite Element Analysis using ANSYS Workbench software. ANSYS Workbench is a Computer-Aided Finite Element Analysis tool used in industries and academia to solve different engineering problems through a virtual simulation. ANSYS Workbench is capable of modeling the geometries (1D, 2D, and 3D), the meshing of geometries, static/transient simulation, fluid simulation, thermal simulation, etc. The results of these simulations can be post-processed and drafted into a report.
Topics Covered
1. Basics of CAE, FEA & Terminology used in it
- Introduction to the FEA
- General Steps in FEA
- Types of Analysis
2. ANSYS Workbench Engineering Material Library
- Add & Assign new Material to Geometry
- Specifying Properties
- Linear, Non-linear Material Properties
- Import and Export Materials
3. ANSYS Workbench Design Modeler
- Modeling of 1D, 2D & 3D Bodies
- Geometry Simplification, Editing, Repair
- Convert Sketches to Lines and Surfaces
4. ANSYS Workbench Meshing
- Global & Local Meshing Controls
- 3D, 2D & 1D Meshing Methods
- Face & Edge Meshing, Body & Edge Sizing
- Inflation
5. ANSYS Workbench Pre-processing
- Insert Symmetry, Spring, Rigid Element, Point Mass etc.
- Contact Tool
- Named Selections & Coordinate System
- Selection Information
- Loading & Boundary Condition
6. Static/Transient Structural Analysis
- Basics of Static/Transient Structural Analysis
- Loads & Supports
- 3D, 2D & 1D Static Structural Analysis (Bar, Beam, Frame, Truss)
- Axisymmetric Analysis
- Transient Analysis of Bridge
- Coupled Analysis of Beam
7. Dynamic Analysis
- Basics of Dynamic Analysis
- Analysis Settings & Boundary Conditions
- Cantilever Beam & Car Body Modal Analysis
- Harmonic Analysis Base Frame
- Harmonic Analysis of Vibrating Screen
8. Thermal Analysis
- Basics of Static/Transient Thermal Analysis
- Analysis Settings & Boundary Conditions
- Static Thermal Analysis of Composite wall, Fines, Heat, and Sink
- Transient Analysis of Disc Brake
- Coupled Analysis of any Mechanical Components
9. Buckling & Fatigue Analysis
- Introduction to Eigenvalue Buckling & Fatigue Analysis
- Analysis Settings & Boundary Conditions
- Buckling Analysis of Beam with different Support Conditions
- Fatigue Analysis of a plate with 3-holes and Pipe
10. Introduction to CFD
- Introduction to CFD
- Assumptions in Analysis
- Create the Computational Mesh
- Internal Flow Analysis Using ANSYS Fluent
- External Flow Analysis Using ANSYS Fluent