Analysis Design Productivity Limited

ANSYS WorkBench Design Simulation Introduction
Audience
The ANSYS Workbench is a new-generation solution from ANSYS that provides powerful methods for interacting with the ANSYS solver functionality. This environment provides a unique integration with CAD systems and the design process, enabling the best CAE results.
The ANSYS WorkBench Design Simulation Introduction training course is for Analysts using ANSYS WorkBench, particularly those with experience of the ANSYS Classic Environment.
Recommended background knowledge
- Engineering degree or engineering experience
- Basic functional familiarity with computers.
Topics Covered
- Simulation Basics Launching Simulation, Startup Panel, Basic Procedure
- General Pre Processing Geometry Branch, Contact, Meshing, Named Selections, Coordinate Systems
- Static Structural Analysis Geometry, Assemblies (Solid Body Contact), Loads and Supports, Result and Post Processing.
- Free Vibration Analysis - Free Vibration Analysis Procedure, Free Vibration with Pre-Stress Analysis
- Thermal Analysis Geometry, Assemblies (Solid Contact), Loads, Solution Options, Results and Post Processing
- Linear Buckling Analysis Basics of Linear Buckling
- Shape Finder Shape Optimization Procedure
- Results Post Processing Viewing Results, Scoping Results, Exporting Results, Coordinate Systems and Directional Results, Solutions Combinations, Stress Singularities, Convergence, Report Generator
- CAD & Parameters CAD Interoperability, Multiple Design Studies, Parameter Manager
- Fatigue Module Fatigue Overview, Fatigue Procedure (Basic Case), Fatigue Procedure (Variable Amplitude Case), Fatigue (Non-proportional Case)
Sample Workshops
- Simulation Basics Use Stress Wizard for Linear Structural Analysis
- Mesh Control Use the Various Mesh Controls to Enhance the Mesh on a Crankshaft
- Linear Structural Analysis Analyse an Assembly with a Pre-Load
- Free Vibration Analysis Investigate Effect of Changing Model on Natural Frequencies
- Thermal Analysis Calculate Distribution of Temperatures and Heat Flux in a Part
- Linear Buckling Analysis Compare Linear Buckling Results with Handbook Results
- Shape Finder Analysis Indicate Potential Geometry Changes that Result in Part Mass Reduction
- Advanced Results Post Processing Isolate Parts of a Complex Assembly for Advanced DesignSimulation Post Processing
- Parameter Manager Use the Parameter Manager to Change the Load Magnitude and Material Properties of a Model and Solve All Scenarios at One Time
- Fatigue Analysis of a Con-rod with Fully Reversed and Random Load Environments
Objectives
- The course provides students with the ability to operate ANSYS WorkBench Environment and basic understanding of analysis concepts and results interpretation.
On-site presentation:
- ANSYS Workbench Design Simulation Introduction is a 3-day seminar, but readily lends itself to reduction to a 2-day seminar for on-site presentation by the omission of sections that may have no relevance to customers requirements: e.g.
- if customer does not have the Fatigue option, then the associated chapter would be omitted
- if the customer only requires Structural analysis then the Thermal Analysis section would be omitted
- if the customer only uses PCs then the Asynchronous Solution section would be omitted.
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