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Surfacing using Solidw

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NormanFSimms

The document discusses various surface modeling techniques in SolidWorks including creating 3D sketches to guide surfaces, lofted surfaces, swept surfaces using profiles and paths, knit surfaces to combine surfaces, planar surfaces, revolved surfaces, moving and copying surfaces, trimming surfaces, extruding surfaces, and using the move/copy command. It provides contact information for Norman F. Simms who is a mechanical and electrical designer offering CAD design services with a focus on surface modeling.

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Norman F. Simms CAD Mechanical / Electrical Designer Surface Modeling in SolidWorks
Create 3D Sketch to Guide your Surfaces 2 Norman F. Simms Mechanical / Electrical Designer 215-269-0390
3 Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Creating aLofted Surface
4Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Surfaces – Sweep (Profile, Path, and Guide Curve)
5Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Surfaces – Sweep (Profile, Path, and Guide Curve)
6Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Surfaces – Sweep (Profile, Path, and Guide Curve)
7 Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Surfaces – Loft (Tangency to Face)
8 Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Surfaces – Loft (Tangency to Face – Adjust End Constraints)
9Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Surfaces – Loft (Tangency to Face)
10Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Knit Surfaces
11Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Pull Point 1 Filled Surface with Constraint Point
12 Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Filled Surface with Constraint Point for the other Side
13 Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Planar Surface Planar Surface Creating Planar Surfaces
14 Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Knit Surface – Combining Surfaces Together
15Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Revolved Surface – (Revolving Line Around an Axis)
16 Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Move Copy (Moving Surface down -6.35mm)
17 Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Trim Surfaces
18Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Extrude Surface & Move & Copy Surface Move/Copy Command
19 Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Using Move/Copy Command to Copy and Rotate Surface Select Feature in the Feature Tree and Select Hide
20 Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Surface Modeling is used in designing all types of complex cures and is used more and more in product design, automotive, aircraft, and a host of other applications. If you are someone who is trying to understand CAD , I hope this was a help. If you are someone who needs someone to help them create new designs. I hope you will use the number below and give me a call. Thank You for Your Time.

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Surfacing using Solidw

  • 1. Norman F. Simms CAD Mechanical / Electrical Designer Surface Modeling in SolidWorks
  • 2. Create 3D Sketch to Guide your Surfaces 2 Norman F. Simms Mechanical / Electrical Designer 215-269-0390
  • 3. 3 Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Creating aLofted Surface
  • 4. 4Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Surfaces – Sweep (Profile, Path, and Guide Curve)
  • 5. 5Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Surfaces – Sweep (Profile, Path, and Guide Curve)
  • 6. 6Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Surfaces – Sweep (Profile, Path, and Guide Curve)
  • 7. 7 Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Surfaces – Loft (Tangency to Face)
  • 8. 8 Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Surfaces – Loft (Tangency to Face – Adjust End Constraints)
  • 9. 9Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Surfaces – Loft (Tangency to Face)
  • 10. 10Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Knit Surfaces
  • 11. 11Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Pull Point 1 Filled Surface with Constraint Point
  • 12. 12 Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Filled Surface with Constraint Point for the other Side
  • 13. 13 Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Planar Surface Planar Surface Creating Planar Surfaces
  • 14. 14 Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Knit Surface – Combining Surfaces Together
  • 15. 15Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Revolved Surface – (Revolving Line Around an Axis)
  • 16. 16 Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Move Copy (Moving Surface down -6.35mm)
  • 17. 17 Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Trim Surfaces
  • 18. 18Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Extrude Surface & Move & Copy Surface Move/Copy Command
  • 19. 19 Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Using Move/Copy Command to Copy and Rotate Surface Select Feature in the Feature Tree and Select Hide
  • 20. 20 Norman F. Simms Mechanical / Electrical Designer 215-269-0390 Surface Modeling is used in designing all types of complex cures and is used more and more in product design, automotive, aircraft, and a host of other applications. If you are someone who is trying to understand CAD , I hope this was a help. If you are someone who needs someone to help them create new designs. I hope you will use the number below and give me a call. Thank You for Your Time.