Mastering SolidWorks by Matt Lombard PDF
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Table of Contents
Mastering SolidWorks Contents
Chapter 1 • Introducing SolidWorks
Chapter 2 • Navigating the SolidWorks Interface
Chapter 3 • Working with Sketches and Reference Geometry
Chapter 4 • Creating Simple Parts and Drawings
Chapter 5 • Using Visualization Techniques
Chapter 6 • Getting More from Your Sketches
Chapter 7 • Modeling with Primary Features
Chapter 8 • Selecting Secondary Features
Chapter 9 • Patterning and Mirroring
Chapter 10 • Using Equations
Chapter 11 • Working with Part Configurations
Chapter 12 • Editing, Evaluating, and Troubleshooting
Chapter 13 • Building Efficient Assemblies
Chapter 14 • Getting More from Mates
Chapter 15 • Patterning and Mirroring Components
Chapter 16 • Working with Assembly Sketches and Layouts
Chapter 17 • Using Assembly Tools
Chapter 18 • Using Libraries, Assembly Features, and Hole Wizard
Chapter 19 • Controlling Assembly Configurations and the Display States
Chapter 20 • Modeling in Context
Chapter 21 • Editing, Evaluating, and Troubleshooting Assemblies
Chapter 22 • Working with Large Scale Design
Chapter 23 • Animating with the MotionManager
Chapter 24 • Automating Drawings: The Basics
Chapter 25 • Working with Drawing Views
Chapter 26 • Using Annotations and Symbols
Chapter 27 • Dimensioning and Tolerancing
Chapter 28 • Using Layers, Line Fonts, and Colors
Chapter 29 • Working with Tables and Drawings
Chapter 30 • Creating Assembly Drawings
Chapter 31 • Modeling Multibodies
Chapter 32 • Working with Surfaces
Chapter 33 • Employing Master Model Techniques
Chapter 34 • Using SolidWorks Sheet Metal Tools
Chapter 35 • Creating Sheet Metal Drawing
Chapter 36 • Creating Weldments and Weldment Drawings
Chapter 37 • Using Imported Geometry and Direct-Editing Techniques
Chapter 38 • Using Plastic Features
Chapter 39 • Using Mold Tools
Introduction to Mastering SolidWorks PDF
SolidWorks is an immense topic, especially if you are new to the software. There is a lot to know and a lot to write about.
While I have made every effort to be complete in this book, I’m sure there are some niche topics that have gone untreated. In this edition, I rely more on video introductions for each chapter to demonstrate some of the basic concepts.
This book is primarily meant as an encyclopedic desk reference for SolidWorks Standard users who want a more thorough understanding of the software and process than can be found in other available documentation.
As such, it is not necessarily intended to be a guide for beginners, although it has elements of that. Nor is it necessarily intended as a classroom guide, but it could be used for that as well.
This book will take you into areas of technical application where training classes don’t go—and into best practices, you won’t find anywhere else.
To keep the size of the book down, I have tried to avoid topics found only in SolidWorks Professional or Premium, although some discussion of these topics was unavoidable at times.
While the book does point out limitations, bugs, and conceptual errors in the software, in every case this is meant to give the reader a more thorough understanding of the software and how it is applied in the context of everyday design or engineering practice.
I believe that you don’t know how much you can do until you find the boundary—so I frequently push past the limits of the software.
The overall goal of this book is not to fill your head with facts, but to help you think like the software so that you can use the tool as an intuitive extension of your own process. As your modeling projects get more complex, you will need to have more troubleshooting and workaround skills available to you.
Along with best practice recommendations, these are the most compelling reasons to study this book. This is not a book about machine design, nor industrial design, nor even engineering. This is a book about how to use SolidWorks as a CAD design documentation tool.
There is some assumption that you are familiar with the general design and engineering practice and terminology. Thank you for your interest. Make sure that your computer meets the minimum system requirements listed on the SolidWorks website.
If your computer doesn’t match up to these requirements, you may have a problem using the contents of the download site.
You need to be somewhat familiar with engineering principles (a first-year college engineering curriculum would certainly suffice) and have some experience with engineering documentation practices. Spatial reasoning skills are very helpful to visualize some 3D concepts, and a basic understanding of logic or programming will help you understand the typical workings of a history-based modeler.
Files created in SolidWorks 2018 are not compatible with older versions of SolidWorks. So, if you have a version of SolidWorks older than 2018, you will have difficulty reading most of the accompanying downloaded files.
You may find some files that came from older versions in the downloaded data, but this will happen only where the files have not been updated for new versions. If you have any questions, you should contact your SolidWorks reseller.
The author of this book does not have the ability to save 2018 files to previous versions. This book was written using the SolidWorks 2018 version software, and while some of it may be applicable to previous versions, some of it may not be due to annual changes that happen in the course of software development.
You will find enough information here that the book can grow with your SolidWorks needs. I wrote the tutorials for most of the chapters with newer users in mind because, for them, it is most helpful to see how things are done in SolidWorks step by step.
The longer narrative examples give more in-depth information about features and functions, as well as the results of various settings and options.
This book includes many details that come from practical usage and is focused on the needs of professional users, not on student learners. My preference is to teach concepts rather than button pushes because if you understand what is going on, you can find the button pushes for yourself.
This book is divided into five parts. You will find that some topics are visited multiple times, such as sketching, mates, templates, and so on.
When a topic is visited more than once, it is because there are many aspects to that topic. One such example is sketching, which includes simple sketches, sketch relations, sketch editing, troubleshooting, 3D sketches, shared sketches, and more. Sketch information is found in at least 10 different chapters.
It cannot be consolidated because shared sketches are an advanced technique, while simple sketching is not.
Part I: Introducing SolidWorks Basics This part explores the basic concepts and terminology used in SolidWorks. You need to read this section if you are new to the software and especially if you are new to 3D modeling or parametric history-based design.
Part II: Building Intelligence into Your Parts This part takes a deeper look at creating parametric relations to automate changes.
Part III: Working with Assemblies This part examines the tools available to users within SolidWorks assemblies. Assemblies enable you to put parts together in different ways. You can create motion and animations, check for interference and clearance, and look at the data in many different ways.
Part IV: Creating Drawings This part goes through the tools and techniques for creating drawings from your SolidWorks parts and assemblies. Drawings are the industry-standard way of communicating designs, inspection requirements, and manufacturing processes. Part IV examines several types of advanced techniques, such as surface modeling and multibody modeling. This is information you won’t find in other SolidWorks books, explained here by someone who uses the functionality daily.
Part V: Using Advanced and Specialized Techniques Specialized functionality, such as sheet metal and plastics, requires detailed information.
Part V includes these topics because they are key to unlocking all the power available in SolidWorks. Part V examines several types of advanced techniques, such as surface modeling and multibody modeling.
This part also contains information you won’t find in other SolidWorks books, explained here by someone who uses the functionality daily