Book Image

Learn SOLIDWORKS - Second Edition

By : Tayseer Almattar
Book Image

Learn SOLIDWORKS - Second Edition

By: Tayseer Almattar

Overview of this book

SOLIDWORKS is the leading choice for 3D engineering and product design applications across industries such as aviation, automobile, and consumer product design. This book helps you to get up and running with SOLIDWORKS and understand each new concept and tool with the help of easy-to-follow exercises. You'll begin with the basics, exploring the software interface and finding out how to work with drawing files. The book then guides you through topics such as sketching, building complex 3D models, generating dynamic and static assemblies, and generating 2D engineering drawings to prepare you to take on any design project. You'll also work with practical exercises to get hands-on experience with creating sketches, 3D part models, assemblies, and drawings. To reinforce your understanding of SOLIDWORKS, the book is supplemented by downloadable files that will help you to understand the concepts and exercises more easily. Finally, you'll also work on projects for 3D modeling objects inspired by everyday life. By the end of this SOLIDWORKS book, you'll have gained the skills you need to create professional 3D mechanical models using SOLIDWORKS and be able to prepare effectively for the Certified SOLIDWORKS Associate (CSWA) and Certified SOLIDWORKS Professional (CSWP) exams.
Table of Contents (26 chapters)
1
Section 1 – Getting Started
4
Section 2 – 2D Sketching
7
Section 3 – Basic Mechanical Core Features – Associate Level
10
Section 4 – Basic Evaluations and Assemblies – Associate Level
13
Section 5 – 2D Engineering Drawings Foundation
18
Section 6 – Advanced Mechanical Core Features – Professional Level
21
Section 7 – Advanced Assemblies – Professional Level

Understanding and applying non-value-oriented standard mates

In this section, we will start linking different parts together in an assembly using the non-value-oriented standard mates. We will learn about the coincident, parallel, perpendicular, tangent, concentric, and lock mates. These mates don't need a numerical value input to be applied to them; instead, they are constructed based on their relationship with different geometrical elements. In this section, we will learn what those mates are and how to apply them. We will also cover the different levels of defining an assembly. We will start by defining each of those non-value-oriented standard mates.

Defining the non-value-oriented standard mates

The non-value-oriented standard mates are coincident, parallel, perpendicular, tangent, concentric, and lock. These are special in that they don't require any numerical input to be applied to them or defined for them. They are very similar to the sketching relations we...