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Course Outline
Introduction
- Fundamental overview of SolidWorks
Multibody Design Methodologies
- Generation of multibody components
- Toggling visibility of feature tree elements
- Bodied patterns
- Consolidation of bodies
- Intersection with solid bodies
- Indent function
- Removal of solid bodies
Preservation of Solid Bodies
- Differentiation between multibody parts and assemblies
- Utilization of the save bodies functionality
- Incorporation of new part files
- Design for rapid tooling applications
- Partitioning of parts
- Assembly automation processes
Splined Sketching Techniques
- Inclusion of curves within sketches
- Application of spline tools
- Evaluation of solid geometry
- Style and fit spline configurations
Introduction to Sweep Operations
- Foundational principles of sweeping
- Sweeping utilizing guide curves
- Employment of the SelectionManager
3D Sketching and Curve Features
- Utilization of curve features
- Sweeping along three-dimensional paths
- 3D sketching methodologies
- Application of helix and spiral curve features
- Integration of multiple curves
- Transition smoothing
Threads and Library Feature Parts
- Bottle feature applications
- Storage of library feature parts
- Performance optimization considerations
- Development of sweep paths and edges
Advanced Sweep Configurations
- Sweep option parameters
- Configuration of sweep settings
- Profile orientation adjustments
- Intersection curve features
- Visualization of sweep cross-sections
Loft and Boundary Features
- Comparison of complex feature types
- Loft and boundary modeling techniques
- Copying and modifying sketches
Advanced Loft and Boundary Features
- Incorporation of additional curves in loft and boundary operations
- Centerline lofting methods
- Addition of sketch segments
- Model cleanup procedures
- Face manipulation
Advanced Filleting and Related Features
- Fillet settings and parameters
- Fillet options
- FilletXpert tool
- Wrap and deform feature applications
Smart Features and Components
- Investigation of advanced feature patterns and configurations
- Automation of design modifications via smart features
- Utilization of design library components and customizable features for government
- Introduction to SolidWorks macros for task automation
- Development of custom tools, menus, and macros to improve workflow efficiency
- Application of the design notebook
- Integration of macros with the design notebook
Summary and Next Steps
Requirements
- Fundamental proficiency in computer operations
- Knowledge of mechanical and electronic principles
- Familiarity with core SolidWorks concepts
Audience
- Mechatronics engineers
- Mechanical engineers
- Electrical engineers
- Electronics engineers
28 Hours
Testimonials (1)
The practices and the fact that you can share your screen for guidance from the trainer
