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Duration 35 hours
Course Outline
Introduction to ANSYS Workbench
- Workbench project workflows and template usage
- User interface, unit systems, and data handling
- Project schematics and cell status management
Geometry Readiness and CAD Compatibility
- CAD import processes and geometry repair
- Using SpaceClaim/DesignModeler for simplification
- Named selections and component/body organization
Engineering Data: Materials and Units
- Material libraries and defining custom properties
- Linear elastic behavior and temperature effects (summary)
- Material assignment and unit consistency
Core Meshing Concepts
- Element types, size controls, and relevance factors
- Localized mesh density and inflation techniques
- Assessing mesh quality and recommended practices
Setting Up Static Structural Analyses
- Contact interfaces, joints, and connections
- Applying loads, restraints, and boundary strategies
- Configuring analysis, solver settings, and convergence
Execution, Post-Processing, and Analysis
- Running jobs, tracking status, and resolving issues
- Reviewing stress, strain, and displacement via path/probe tools
- Verifying results and avoiding common errors
Intro to Parametric Studies and Design Evaluation
- Managing parameters, design points, and response monitoring
- Conducting what-if scenarios and basic optimization
- Compiling reports and exporting data
Recap and Future Directions
Requirements
- A solid grasp of core engineering mechanics
- Practical knowledge of 3D CAD principles or tools
- Basic familiarity with finite element analysis vocabulary
Target Audience
- Design and mechanical engineers starting their simulation journey
- Technical analysts moving into ANSYS Workbench
- R&D specialists requiring validation of product designs
