Engineering Design and Graphics with SolidWorks 2019

About

Features

• New chapter devoted to practice for the CSWA certification exam, with many sample problems
• Includes extensive coverage of dimensioning, tolerancing, and the use of standard parts and tools
• Learn by doing, step-by-step, with hundreds of example problems at all levels of difficulty
• By award-winning CAD instructor and author James Bethune

Description

In Engineering Design and Graphics with SolidWorks 2019, award-winning CAD instructor and author James Bethune shows students how to use SolidWorks to create engineering drawings and designs.

The textbook has been updated to cover the new features in SolidWorks 2019, including a brand-new chapter with sample problems to help students prepare for the CSWA Exam. It focuses on the creation of engineering drawings, including dimensions and tolerances and the use of standard parts and tools. Each chapter contains step-by-step sample problems that show students how to apply the concepts presented in the chapter.
Effective pedagogy throughout the text helps students learn and retain concepts:

• OBJECTIVES: Each chapter begins with objectives and an introduction to the material.
• SUMMARIES: Each chapter concludes with a summary and exercise problems.
• NUMEROUS ILLUSTRATIONS: The multitude of illustrations, accompanied by explanatory captions, present a visual approach to learning. Students see in the text what they see on the screen with the addition of explanatory text.
• PRACTICAL APPLICATION: The text provides hundreds of exercise projects of varying difficulty (far more than any other computer graphics text). These exercises reinforce each chapter’s content and help students learn by doing.
• FLEXIBILITY: With the hundreds of problems presented in the book, instructors can assign different problems within the same class and from year to year without repeating problems for students.
• MEETS STANDARDS: The text teaches ANSI standards for dimensions and tolerances. This helps students understand how their designs are defined for production and the importance of proper tolerancing.
• STEP-BY-STEP APPROACH: In presenting the fundamentals of engineering drawing using SolidWorks, the text uses a step-by-step approach that allows students to work and learn at their own pace.
• CSWA EXAM PREP: This edition includes sample problems to help students prepare for the CSWA Exam.

Sample Content

Sample Pages

Download the sample pages (includes Chapter 1)

Table of Contents

CHAPTER 1  Getting Started     1
1-1  Introduction     1
1-2  Starting a New Drawing     2
1-3  SolidWorks Colors     7
1-4  Creating a Fully Defined Circle     7
1-5  Units     12
1-6  Rectangle     13
1-7  Moving Around the Drawing Screen     16
1-8  Orientation     17
1-9  Sample Problem SP1-1     18
1-10  Creating 3D Models     23
1-11  Saving a Document     24
1-12  Lines and Angles — Sample Problem SP1-2     25
1-13  Holes     29
Chapter Projects     34
CHAPTER 2  Sketch Entities and Tools     41
2-1  Introduction     41
2-2  Mouse Gestures and the S Key     42
2-3  Origins     50
2-4  Circle     51
2-5  Rectangle     55
2-6  Slots     59
2-7  Perimeter Circle     63
2-8  Arcs     64
2-9  Polygons     67
2-10  Spline     69
2-11  Ellipse     71
2-12  Fillets and Chamfers     77
2-13  Sketch Text     80
2-14  Point     83
2-15  Trim Entities     83
2-16  Extend Entities     84
2-17  Offset Entities     86
2-18  Mirror Entities     88
2-19  Linear Sketch Pattern     90
2-20  Circular Sketch Pattern     93
2-21  Move Entities     95
2-22  Copy Entities     96
2-23  Rotate Entities     98
2-24  Scale Entities     99
2-25  Stretch Entities     100
2-26  Split Entities     102
2-27  Jog Lines     103
2-28  Centerline     105
2-29  Sample Problem SP2-1     106
2-30  Sample Problem SP2-2     108
2-31  Sample Problem SP2-3     110
Chapter Projects     113
CHAPTER 3  Features     123
3-1  Introduction     123
3-2  Extruded Boss/Base     123
3-3  Sample Problem SP3-1     128
3-4  Extruded Cut     131
3-5  Hole Wizard     132
3-6  A Second Method of Creating a Hole     134
3-7  Blind Holes     136
3-8  Fillet     140
3-9  Chamfer     147
3-10  Revolved Boss/Base     150
3-11  Revolved Cut     154
3-12  Reference Planes     155
3-13  Lofted Boss/Base     159
3-14  Shell     162
3-15  Swept Boss/Base     164
3-16  Draft     166
3-17  Linear Sketch Pattern     168
3-18  Circular Sketch Pattern     170
3-19  Mirror     171
3-20  Helix Curves and Springs     173
3-21  Compression Springs     175
3-22  Torsional Springs     178
3-23  Extension Springs     181
3-24  Wrap     185
3-25  Editing Features     189
3-26  Sample Problem SP3-2     191
3-27  Sample Problem SP3-3     199
3-28  Curve Driven Patterns     202
Chapter Projects     208
CHAPTER 4  Orthographic Views     225
4-1  Introduction     225
4-2  Third- and First-Angle Projections     227
4-3  Fundamentals of Orthographic Views     228
4-4  Drawing Orthographic Views Using SolidWorks     236
4-5  Section Views     246
4-6  Drawing a Section View Using SolidWorks     248
4-7  Aligned Section Views     254
4-8  Broken Views     255
4-9  Detail Views     257
4-10  Auxiliary Views     259
4-11  Art     262
Chapter Projects     265
CHAPTER 5  Assemblies     301
5-1  Introduction     301
5-2  Starting an Assembly Drawing     301
5-3  Move Component     304
5-4  Rotate Component     305
5-5  Mouse Gestures for Assembly Drawings     305
5-6  Mate     307
5-7  Bottom-up Assemblies     312
5-8  Creating an Exploded Isometric Assembly Drawing     317
5-9  Creating an Exploded Isometric Drawing Using the Drawing Format     320
5-10  Assembly Numbers     322
5-11  Bill of Materials (BOM or Parts List)     324
5-12  Title Blocks     331
5-13  Animate Collapse     335
5-14  Sample Problem     5-1: Creating the Rotator Assembly     337
5-15  Using the SolidWorks Motion Study Tool     340
5-16  Editing a Part within an Assembly     343
5-17  Interference Detection/Clearance Verification     345
Chapter Projects     353
CHAPTER 6  Threads and Fasteners     377
6-1  Introduction     377
6-2  Thread Terminology     377
6-3  Thread Callouts–ANSI Metric Units     378
6-4  Thread Callouts–ANSI Unified Screw Threads     379
6-5  Thread Representations     380
6-6  Internal Threads–Inches     380
6-7  Threaded Blind Holes–Inches     383
6-8  Internal Threads–Metric     384
6-9  Accessing the Design Library     386
6-10  Thread Pitch     387
6-11  Determining an External Thread Length–Inches     387
6-12  Smart Fasteners     392
6-13  Determining an Internal Thread Length     395
6-14  Set Screws     399
6-15  Drawing a Threaded Hole in the Side of a Cylinder     400
6-16  Adding Set Screws to the Collar     404
Chapter Projects     406
CHAPTER 7  Dimensioning     441
7-1  Introduction     441
7-2  Terminology and Conventions–ANSI     442
7-3  Adding Dimensions to a Drawing     444
7-4  Drawing Scale     453
7-5  Units     454
7-6  Dimensioning Holes and Fillets     459
7-7  Dimensioning Counterbored and Countersunk Holes     462
7-8  Angular Dimensions     473
7-9  Ordinate Dimensions     478
7-10  Baseline Dimensions     481
7-11  Locating Dimensions     485
7-12  Fillets and Rounds     486
7-13  Rounded Shapes–Internal     486
7-14  Rounded Shapes–External     487
7-15  Irregular Surfaces     488
7-16  Polar Dimensions     489
7-17  Chamfers     490
7-18  Symbols and Abbreviations     490
7-19  Symmetrical and Centerline Symbols     492
7-20  Dimensioning to a Point     492
7-21  Dimensioning Section Views     493
7-22  Dimensioning Orthographic Views     493
Chapter Projects     495
CHAPTER 8  Tolerancing     511
8-1  Introduction     511
8-2  Direct Tolerance Methods     511
8-3  Tolerance Expressions     513
8-4  Understanding Plus and Minus Tolerances     513
8-5  Creating Plus and Minus Tolerances     514
8-6  Creating Limit Tolerances     517
8-7  Creating Angular Tolerances     518
8-8  Standard Tolerances     520
8-9  Double Dimensioning     520
8-10  Chain Dimensions and Baseline Dimensions     522
8-11  Tolerance Studies     524
8-12  Rectangular Dimensions     525
8-13  Hole Locations     525
8-14  Choosing a Shaft for a Toleranced Hole     527
8-15  Sample Problem SP8-1     528
8-16  Sample Problem SP8-2     529
8-17  Nominal Sizes     530
8-18  Standard Fits (Metric Values)     530
8-19  Standard Fits (Inch Values)     531
8-20  Preferred and Standard Sizes     533
8-21  Surface Finishes     535
8-22  Surface Control Symbols     536
8-23  Applying Surface Control Symbols     537
8-24  Design Problems     540
8-25  Geometric Tolerances     545
8-26  Tolerances of Form     545
8-27  Flatness     545
8-28  Straightness     546
8-29  Straightness (RFS and MMC)     547
8-30  Circularity     550
8-31  Cylindricity     551
8-32  Geometric Tolerances Using SolidWorks     552
8-33  Datums     552
8-34  Tolerances of Orientation     556
8-35  Perpendicularity     557
8-36  Parallelism     559
8-37  Angularity     559
8-38  Profiles     560
8-39  Runouts     562
8-40  Positional Tolerances     563
8-41  Creating Positional Tolerances Using SolidWorks     565
8-42  Virtual Condition     568
8-43  Floating Fasteners     569
8-44  Sample Problem SP8-3     570
8-45  Sample Problem SP8-4     571
8-46  Fixed Fasteners     571
8-47  Sample Problem SP8-5     572
8-48  Design Problems     573
Chapter Projects     577
CHAPTER 9  Bearings and Fit Tolerances     607
9-1  Introduction     607
9-2  Sleeve Bearings     608
9-3  Bearings from the Toolbox     611
9-4  Ball Bearings     614
9-5  Fits and Tolerances for Bearings     616
9-6  Fits–Inches     616
9-7  Clearance Fits     616
9-8  Hole Basis     617
9-9  Shaft Basis     617
9-10  Sample Problem SP9-1     617
9-11  Interference Fits     618
9-12  Manufactured Bearings     619
9-13  Fit Tolerances–Millimeters     623
Chapter Projects     624
CHAPTER 10  Gears     641
10-1  Introduction     641
10-2  Gear Terminology     642
10-3  Gear Formulas     643
10-4  Creating Gears Using SolidWorks     644
10-5  Gear Ratios     650
10-6  Gears and Bearings     651
10-7  Power Transmission–Shaft to Gear     653
10-8  Set Screws and Gear Hubs     653
10-9  Keys, Keyseats, and Gears     658
10-10  Sample Problem     10-1–Support Plates     667
10-11  Rack and Pinion Gears     673
10-12  Metric Gears     675
Chapter Projects     678
CHAPTER 11  CSWA Preparation     701
11-1  Introduction     701
11-2  Working with Cubes     702
11-3  Drawing Profiles     703
11-4  Drawing Small 3D Objects     707
11-5  Drawing Larger Objects     712
11-6  Drawing Auxiliary Views     720
11-7  Drawing Break Views     722
11-8  Drawing Section Views     724
11-9  Drawing Detail Views     727
11-10  Drawing Lines and Views     729
11-11  Drawing Assembly Drawings     732
APPENDIX     735
INDEX     747

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