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Duration 35 hours
Course Outline
Introduction to ANSYS Workbench
- Workbench project workflow and available templates
- User interface, unit systems, and data management
- Project schematics and cell states
Geometry Preparation and CAD Interoperability
- Importing CAD files and healing geometry
- Defeaturing basics using SpaceClaim/DesignModeler
- Managing name selections, parts, and bodies
Engineering Data: Materials and Units
- Material libraries and creating custom materials
- Linear elastic properties and temperature dependence (overview)
- Assigning materials and managing units
Meshing Fundamentals
- Element types, sizing controls, and relevance settings
- Local mesh refinement and inflation layers
- Mesh quality verification and best practices
Setting Up Static Structural Analysis
- Contacts, joints, and connections
- Loads, constraints, and boundary condition strategies
- Analysis settings, solver controls, and convergence
Solution, Post-Processing, and Interpretation
- Executing jobs, monitoring progress, and troubleshooting
- Reviewing stress, strain, and deformation results using path/probe tools
- Validating results and identifying common pitfalls
Parametric Studies and Design Exploration (Introduction)
- Parameters, design points, and response tracking
- What-if studies and basic optimization concepts
- Reporting and exporting results
Summary and Next Steps
Requirements
- A solid grasp of fundamental engineering mechanics
- Practical experience with 3D CAD concepts or tool utilization
- Basic awareness of finite element analysis terminology
Target Audience
- Design and mechanical engineers initiating their simulation work
- Technical analysts transitioning into ANSYS Workbench
- R&D specialists requiring to validate product designs
