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Duration 35 hours (5 days)
Course Outline
Introduction to ANSYS Workbench
- Workbench project workflows and template usage
- Interface navigation, unit systems, and data management
- Project schematics and status of system cells
Geometry Preparation and CAD Integration
- Importing CAD data and repairing geometric issues
- Introductory use of SpaceClaim/DesignModeler for model simplification
- Managing named selections and component bodies
Engineering Data: Materials and Units
- Utilizing material libraries and defining custom materials
- Overview of linear elastic properties and temperature dependencies
- Applying material properties and standardizing units
Meshing Principles
- Element types, size controls, and relevance parameters
- Local mesh refinement and inflation layer techniques
- Evaluating mesh quality and adhering to best practices
Configuring Static Structural Analysis
- Defining contacts, joints, and structural connections
- Strategy for applying loads, constraints, and boundary conditions
- Analysis settings, solver configurations, and convergence criteria
Solution Execution, Post-Processing, and Analysis
- Running solution jobs, tracking progress, and resolving errors
- Interpreting stress, strain, and deformation results using path and probe tools
- Validating results and identifying common errors
Parametric Studies and Design Exploration (Introduction)
- Defining parameters, design points, and monitoring responses
- Conducting what-if scenarios and basic optimization strategies
- Documenting and exporting simulation results
Course Summary and Further Learning
Requirements
- A solid grasp of basic engineering mechanics principles
- Prior experience with 3D CAD concepts or tool operation
- A foundational understanding of finite element analysis terminology
Target Audience
- Design and mechanical engineers starting their journey in simulation
- Technical analysts transitioning to the ANSYS Workbench ecosystem
- R&D specialists requiring to verify product designs