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Duration 35 hours
Course Outline
Introducing ANSYS Workbench
- Project workflows and template usage in Workbench
- Interface navigation, unit systems, and data handling
- Schematic project views and component states
Geometry Setup and CAD Integration
- Importing CAD models and repairing geometry
- Defeaturing techniques in SpaceClaim or DesignModeler
- Managing named selections and body components
Engineering Data: Materials and Units
- Utilizing material libraries and defining custom properties
- Linear elasticity and temperature effects (high-level overview)
- Material assignment and unit consistency
Meshing Principles
- Element types, size controls, and relevance settings
- Local mesh refinement and inflation layer application
- Quality metrics and meshing best practices
Configuring Static Structural Analysis
- Defining contacts, joints, and structural connections
- Applying loads, constraints, and boundary conditions
- Analysis settings, solver management, and convergence criteria
Execution, Post-Processing, and Analysis
- Running jobs, tracking status, and resolving issues
- Evaluating stress, strain, and deformation using probes and paths
- Validating results and avoiding common errors
Parametric Analysis and Design Studies (Introduction)
- Defining parameters, design points, and response monitoring
- Exploring scenarios and basic optimization approaches
- Generating reports and exporting data
Wrap-Up and Future Directions
Requirements
- Working knowledge of core engineering mechanics.
- Practical experience with 3D CAD concepts or modeling tools.
- Basic understanding of finite element analysis terminology.
Target Audience
- Mechanical and design engineers starting their simulation journey.
- Technical professionals transitioning into ANSYS Workbench.
- R&D teams requiring to verify product designs.
