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Learn SOLIDWORKS

You're reading from   Learn SOLIDWORKS Get up to speed with key concepts and tools to become an accomplished SOLIDWORKS Associate and Professional

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Product type Paperback
Published in Jan 2022
Publisher Packt
ISBN-13 9781801073097
Length 676 pages
Edition 2nd Edition
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Author (1):
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Tayseer Almattar Tayseer Almattar
Author Profile Icon Tayseer Almattar
Tayseer Almattar
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Table of Contents (26) Chapters Close

Preface 1. Section 1 – Getting Started
2. Chapter 1: Introduction to SOLIDWORKS FREE CHAPTER 3. Chapter 2: Interface and Navigation 4. Section 2 – 2D Sketching
5. Chapter 3: SOLIDWORKS 2D Sketching Basics 6. Chapter 4: Special Sketching Commands 7. Section 3 – Basic Mechanical Core Features – Associate Level
8. Chapter 5: Basic Primary One-Sketch Features 9. Chapter 6: Basic Secondary Multi-Sketch Features 10. Section 4 – Basic Evaluations and Assemblies – Associate Level
11. Chapter 7: Materials and Mass Properties 12. Chapter 8: Standard Assembly Mates 13. Section 5 – 2D Engineering Drawings Foundation
14. Chapter 9: Introduction to Engineering Drawings 15. Project 1: 3D-Modeling a Pair of Glasses 16. Chapter 10: Basic SOLIDWORKS Drawing Layout and Annotations 17. Chapter 11: Bill of Materials 18. Section 6 – Advanced Mechanical Core Features – Professional Level
19. Chapter 12: Advanced SOLIDWORKS Mechanical Core Features 20. Chapter 13: Equations, Configurations, and Design Tables 21. Section 7 – Advanced Assemblies – Professional Level
22. Chapter 14: SOLIDWORKS Assemblies and Advanced Mates 23. Chapter 15: Advanced SOLIDWORKS Assemblies Competencies 24. Project 2: 3D-Modeling an RC Helicopter Model 25. Other Books You May Enjoy

Summary

In this chapter, we learned about a set of features that allow us to create more complex 3D models than what we were able to create in the previous chapters. We learned about plane reference geometries, which allow us to add new reference planes in addition to the default ones. We also covered the swept boss and swept cut and lofted boss and lofted cut features. Each feature set requires more than one sketch if we wish to apply them. For each, we learned their definition, how to apply them, and how to modify them. The features that we covered in this chapter allow us to generate 3D models, such as flexible tubing and irregularly shaped casings.

In the next chapter, we will learn about mass properties, which allow us to assign materials and calculate different properties, such as the mass of our 3D models.

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