solidwork
1-[SolidWorks workspace ]
3-Graphics Area
4-Property Manager
5-Task Pane
6-Status Bar
2-[Basic Sketching] creating 2D sketches. Topics: Sketch entities (lines, circles, rectangles, etc.)
1-Sketch relations
2- dimensions
3- origin
4-planes
3-[Features and Part Modeling] Transition from sketches to 3D models. Topics:
1-Extrude
2-revolve
3-sweep
4-loft
5-Fillets
6-chamfers
7-Editing
8-modifying features
4-[Assemblies] Learn to assemble parts into a working model. Topics:
1-Mates (standard, advanced, and mechanical)
2-Subassemblies
3-Exploded views
5-[Drawings Goal]: Create 2D engineering drawings. Topics:
1-Views (orthographic, section, detailed)
2-Dimensioning and annotations
3-Adding tables (BOM, revision tables)
6-[Advanced Features] Goal: Expand your skills with advanced tools. Topics:
1-Surface modeling
2-Sheet metal design
3-Weldments
4-Simulation basics
7. Real-World Projects
1-Apply what you've learned to real-world designs.
2-Reverse engineering an object
3-Designing a product from scratch
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1. Surface Modeling
Use Case: Create complex, organic shapes not possible with solid modeling.
Key Tools:
Boundary Surface
Lofted Surface
Offset Surface
Trim and Extend Surfaces
Exercise:
Create a bottle design or an aerodynamic car body.
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2. Sheet Metal Design
Use Case: Design parts for manufacturing with sheet metal.
Key Tools:
Base Flange/Tab
Edge Flange
Hem, Jog, and Forming Tools
Flatten and Unfold features
Exercise:
Design a simple box with bends and flanges.
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3. Weldments
Use Case: Create welded structures like frames and trusses.
Key Tools:
Structural Members
Trims/Extends
Gussets and End Caps
Exercise:
Model a steel frame for a table or a ladder.
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4. Advanced Assemblies
Use Case: Work on large and complex assemblies with motion and interaction.
Key Tools:
Advanced Mates (Path Mate, Width Mate)
Assembly Configurations
Large Assembly Mode
Exercise:
Design a working gear mechanism.
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5. Simulation Basics
Use Case: Analyze designs under real-world conditions.
Key Tools:
Static Analysis
Motion Study
Thermal and Flow Simulations (if licensed)
Exercise:
Test the strength of a beam under load.
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Would you like to start with Surface Modeling or another advanced feature? I can guide you step-by-step!