Course Outline

Introduction

  • Overview of the fundamentals of SolidWorks for government use

Multibody Design Techniques

  • Creating multibody parts
  • Hiding or showing tree items
  • Patterning bodies
  • Combining bodies
  • Intersecting with solid bodies
  • Indenting feature
  • Deleting solid bodies

Saving Solid Bodies

  • Multibody part versus assembly
  • Saving bodies function for government applications
  • Inserting a new part
  • Modeling for rapid tooling in public sector projects
  • Splitting a part
  • Automating an assembly process for efficiency

Sketching with Splines

  • Curves in sketches
  • Using splines for precise design
  • Analyzing solid geometry to ensure accuracy
  • Styling and fitting splines for optimal performance

Introduction to Sweeping

  • Sweeping basics for government projects
  • Sweeping with guide curves
  • Using the SelectionManager to enhance control

3D Sketching and Curve Feature

  • Utilizing curve features in 3D modeling
  • Sweeping along a 3D path for complex designs
  • 3D sketching techniques for government applications
  • Using helix curves and spiral features for advanced models
  • Combining curves to create intricate shapes
  • Smoothing transitions between curves

Threads and Library Feature Parts

  • Bottle features in design
  • Saving a library feature part for reuse
  • Performance considerations for government projects
  • Creating the sweep path and edges for precision

Advanced Sweeping

  • Sweeping options for enhanced design capabilities
  • Configuring sweep settings to meet project requirements
  • Profile orientation in sweeping for government use
  • Intersection curve feature for complex intersections
  • Visualizing sweep sections for better understanding

Loft and Boundary Features

  • Comparing complex features for optimal design choices
  • Lofting and boundary work in 3D modeling
  • Copying and modifying a sketch to streamline the process

Advanced Loft and Boundary Feature

  • Adding additional curves in the loft and boundary for government projects
  • Centerline lofting techniques
  • Adding sketch segments for detailed designs
  • Cleaning up a model to ensure clarity
  • Working with faces for precision modeling

Advanced Filleting and Other Features

  • Fillet settings and parameters for government applications
  • Fillet options to enhance design flexibility
  • FilletXpert for advanced filleting needs
  • Wrap and deform features for complex shapes

Smart Features and Components

  • Exploring advanced feature patterns and configurations for government use
  • Automating design changes using smart features to improve efficiency
  • Utilizing design library components and customizable features in government projects

Finite Element Analysis (FEA)

  • Introduction to FEA concepts for government applications
  • Setting up FEA simulations in SolidWorks for accurate results
  • Applying materials and boundary conditions for realistic modeling
  • Meshing and refining the model for precision
  • Running static and dynamic analyses to ensure reliability
  • Interpreting FEA results to make informed decisions
  • Optimizing design based on FEA feedback for government projects

Macros and Design Notebook

  • Introduction to SolidWorks macros for automating repetitive tasks in government workflows
  • Creating custom tools, menus, and macros to enhance productivity for government use
  • Utilizing the design notebook to document and track changes
  • Integrating macros and the design notebook for comprehensive project management

Summary and Next Steps

Requirements

  • Basic computer skills
  • Understanding of mechanical and electrical systems
  • Fundamental knowledge of SolidWorks

Audience for Government

  • Mechatronics engineers
  • Mechanical engineers
  • Electrical engineers
  • Electronics engineers
 35 Hours

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