Engineering Drawing & Design

Note: Supplemental materials are not guaranteed with Rental or Used book purchases.

ISBN: 9780766816343 | 0766816346
Cover: Hardcover
Copyright: 7/19/2001

Rent

(Recommended)

$12.09

Term

Due

Price

Semester

Dec 13

$67.96

Quarter

Sep 13

$64.56

Short Term

Aug 16

$12.09

*This item is part of an exclusive publisher rental program and requires an additional convenience fee. This fee will be reflected in the shopping cart.
Buy Used

In Stock Usually Ships in 24 Hours.

$130.64

With increased emphasis on visualization, the design process, and modern CAD technology, this edition of our popular Engineering Drawing and Design book provides readers with an approach to drafting that is consistent with the National Standards Institute (NSI) and the American Society of Mechanical Engineers (ASME). Newly reorganized, the first half of the book focuses attention on sketching, views, descriptive geometry, dimensioning, and pictorial drawings. The second half of the book invites readers to build upon these skills as they explore manufacturing materials and processes that span all of the engineering disciplines, including: welding, fluid power, piping, electricity/electronics, HVAC, sheet metal, and more! Each chapter contains realistic examples, technically precise illustrations, problems and related tests. Step-by-step methods, plus layout guidelines for preparing technically precise engineering drawings from sketches, are also featured throughout the book to provide readers with a logical approach to setting up and completing drawing problems. Ideal for use in introductory and advanced engineering graphics programs, the extraordinarily complete and current information in this book makes it an invaluable reference for professional engineers.

Preface	p. xiii
Acknowledgments	p. xix
Introduction to Engineering Drawing and Design	p. 1
Drafting Technology	p. 2
Occupations in Architecture and Engineering Drafting Fields	p. 2
Professional Organization	p. 9
How to Become a Drafter	p. 10
Drafting Occupational Levels	p. 10
Drafting Job Opportunities	p. 11
Searching for a Drafting Position	p. 11
Drafting Salaries and Working Conditions	p. 13
Computers in Design and Drafting	p. 13
Workplace Ethics	p. 15
CADD Applications: Once Is Always Enough with CADD	p. 15
Copyrights	p. 17
Patents	p. 17
Trademarks	p. 18
Web Site Research	p. 19
Professional Perspective	p. 19
Introduction to Engineering Drawing and Design Test	p. 20
Introduction to Engineering Drawing and Design Problems	p. 21
Sketching, Lettering, and Lines	p. 22
The Engineering Design Application	p. 22
Sketching	p. 23
Tools and Materials	p. 23
Sketching Straight Lines	p. 23
Sketching Circular Lines	p. 24
Sketching Arcs	p. 27
Sketching Ellipses	p. 28
Measurement Lines and Proportions	p. 29
Procedures in Sketching	p. 29
Creating Multiview Sketches	p. 30
Lettering	p. 34
Single-Stroke Gothic Lettering	p. 34
Other Lettering Styles	p. 35
CADD Applications: Lettering	p. 35
Lettering Legibility	p. 36
Vertical Freehand Lettering	p. 37
Lettering Techniques	p. 38
Composition	p. 38
Making Guidelines	p. 39
Other Lettering Aids and Guideline Methods	p. 39
Basic Lettering Considerations	p. 39
Lettering Guide Templates	p. 39
Mechanical Lettering Equipment	p. 39
Lines	p. 40
Types of Lines	p. 41
CADD Applications: Drawing Lines	p. 42
Pencil and Ink Line Techniques	p. 49
Professional Perspective	p. 51
Web Site Research	p. 52
Pulling It All Together	p. 52
Math Application: Fractional Arithmatic	p. 52
Sketching, Lettering, and Lines Test	p. 52
Sketching, Lettering, and Lines Problems	p. 56
Drafting Equipment, Media, and Reproduction Methods	p. 65
Introduction	p. 65
Drafting Equipment	p. 65
Drafting Furniture	p. 66
Drafting Pencils, Leads, and Sharpeners	p. 66
Technical Pens and Accessories	p. 67
Erasers and Accessories	p. 68
Drafting Instruments	p. 69
Drafting Machines	p. 73
Scales	p. 76
Cleaning Drafting Equipment	p. 81
Drafting Media	p. 81
Papers and Films	p. 82
Sheet Sizes, Title Blocks, and Borders	p. 83
Taping Down Your Drawing	p. 88
Diazo Reproduction	p. 88
Safety Precautions for Diazo Printers	p. 89
Photocopy Reproduction	p. 89
How to Properly Fold Prints	p. 90
Microfilm	p. 90
CADD Applications: CADD vs. Microfim	p. 90
Digitizing Existing Drawings	p. 90
CADD Applications: CAD/CAM	p. 92
Math Application: Angle Measurement in Radians	p. 92
Optical Scanning of Existing Drawings	p. 92
Web Site Research	p. 92
Drafting Equipment Test	p. 93
Drafting Equipment Problems	p. 94
Computer-Aided Design and Drafting (CADD)	p. 97
The Engineering Design Application: The Project Planning Process	p. 97
What is CADD?	p. 98
Industry and CADD	p. 99
The CADD Workstation	p. 102
The Future of CADD	p. 109
Virtual Reality	p. 109
Getting Started with a CADD Project	p. 111
Scaling and Scale Factors	p. 113
Using Layers	p. 114
The Importance of Template Drawings	p. 115
Basic Drawing Functions	p. 116
Drawing with the Computer	p. 119
Creating and Using Symbols	p. 123
Storing a Drawing	p. 124
File Management	p. 125
Internet-Based CADD	p. 125
Research Techniques	p. 126
Ergonomics	p. 127
Professional Perspective	p. 128
Web Site Research	p. 130
Math Application	p. 130
Computer-Aided Design and Drafting Test	p. 131
Introduction to CADD Problems	p. 131
The Engineering Design Process	p. 134
The Engineering Design Application: Transitions to a Systems Approach: A Historic Point of View	p. 134
Today's Engineering Design Models	p. 136
The Engineering Design Process	p. 136
Creativity and Innovation in Design	p. 136
Design Analysis and Problem Solving	p. 138
Change and the Impact on the Design Process	p. 139
Tracking Documents: ECO/ECR	p. 139
The Design Review Process	p. 140
Life Cycle of a Design Project	p. 140
Design Deliverables	p. 141
How the Design Process Has Responded to Changes in Engineering	p. 141
Professional Perspective: Only The Fast Survive	p. 142
Web Site Research	p. 143
The Engineering Design Process Test	p. 143
The Engineering Design Process Problems	p. 144
Geometric Construction	p. 145
Geometric Construction	p. 145
The Engineering Design Application	p. 145
Characteristics of Lines	p. 146
Geometric Shapes	p. 146
CADD Applications: A Layout Approach for CADD Applications	p. 146
Common Geometric Constructions	p. 150
Constructing Polygons	p. 154
CADD Applications: Drawing Geometric Shapes	p. 158
Constructing Circles and Tangencies	p. 160
Constructing an Ellipse	p. 164
CADD Applications	p. 165
Web Site Research	p. 165
Professional Perspective	p. 166
Math Application: Interior Angles of Regular Polygons	p. 166
Geometric Construction Test	p. 166
Geometric Construction Problems	p. 167
Multiviews	p. 171
The Engineering Design Application	p. 171
Multiviews	p. 172
View Selection	p. 175
Projection of Circles and Arcs	p. 178
CADD Applications: Fillets and Rounds	p. 180
Line Precedence	p. 180
Third-Angle Projection	p. 181
First-Angle Projection	p. 182
Recommended Review	p. 184
Layout	p. 184
CADD Application	p. 187
Math Application: Weight of an Elliptical Plate	p. 188
Professional Perspective	p. 190
Multiviews Test	p. 190
Multiviews Problems	p. 190
Auxiliary Views	p. 212
The Engineering Design Application	p. 212
Auxiliary Views	p. 212
Plotting Curves in Auxiliary Views	p. 215
Enlargements	p. 216
Secondary Auxiliary Views	p. 216
CADD Applications: Multiview and Auxiliary View Drawing	p. 219
Auxiliary View Layout	p. 220
Professional Perspective	p. 221
Math Application: Projected Area	p. 221
Auxiliary Views Test	p. 223
Auxiliary Views Problems	p. 223
Descriptive Geometry I	p. 236
The Engineering Design Application	p. 236
Basic Concepts	p. 236
Projection of a Point (Basic Concept 1)	p. 238
Lines	p. 241
Projection of a Line (Basic Concept 2)	p. 242
Projection of a Line to Find Its True Length (Basic Concept 3)	p. 243
Projection of a True-Length Line to Find Where It Appears as a Point (Basic Concept 4)	p. 247
Planes	p. 248
Projection of a Plane	p. 249
Professional Perspective	p. 256
Math Application	p. 256
Descriptive Geometry I Test	p. 257
Descriptive Geometry I Problems	p. 257
Descriptive Geometry II	p. 265
The Engineering Design Application	p. 265
Directions of Lines and Planes	p. 266
True Distance Between a Point and a Line	p. 269
True Distance Between Two Skew Lines	p. 270
Intersection of a Line and a Plane	p. 270
Visibility	p. 271
Intersection of Planes	p. 271
Dihedral Angles	p. 273
An Introduction to Vector Geometry	p. 275
Forces in Equilibrium	p. 278
Professional Perspective	p. 280
Descriptive Geometry II Problems	p. 280
Manufacturing Materials and Processes	p. 286
The Engineering Design Application	p. 286
Introduction	p. 286
Manufacturing Materials	p. 287
Plastics	p. 290
Manufacturing Processes	p. 293
CADD Applications: Computer Numerical Control (CNC) Machine Tools	p. 298
Machine Processes	p. 299
Tool Design	p. 317
CADD Applications: Jig and Fixture Design	p. 317
Computer-Integrated Manufacturing (CIM)	p. 322
Integration of Computer-Aided Design and Computer-Aided Manufacturing (CAD/CAM)	p. 323
Statistical Process Control (SPC)	p. 324
Web Site Research	p. 326
Professional Perspective	p. 326
Math Application: Finding Means for SPC	p. 327
Manufacturing Materials and Processes Test	p. 327
Manufacturing Materials and Processes Problems	p. 330
Dimensioning and Tolerancing	p. 332
The Engineering Design Application	p. 332
Dimensioning Systems	p. 335
Dimensioning Rules	p. 337
Dimensioning Fundamentals	p. 340
Preferred Dimensioning Practices	p. 342
CADD Applications: Dimensioning	p. 346
Notes for Size Features	p. 347
Location Dimensions	p. 351
Dimension Origin	p. 352
Dimensioning Auxiliary Views	p. 353
General Notes	p. 353
CADD Applications: Using Layers for Dimensioning	p. 354
Tolerancing	p. 355
Dimensions Applied to Platings and Coatings	p. 359
Maximum and Minimum Dimensions	p. 359
Casting Drawing and Design	p. 359
Machining Allowance	p. 360
Machined Surfaces	p. 363
CADD Applications: Dimensioning Software Packages	p. 369
Design and Drafting of Machined Features	p. 370
Symbols	p. 370
An Introduction to ISO 9000	p. 370
Professional Perspective	p. 371
CADD Applications: Dimensioning for CADD/CAM	p. 373
Recommended Review	p. 374
Math Application: Finding Diagonals	p. 375
Dimensioning and Tolerancing Test	p. 375
Dimensioning and Tolerancing Problems	p. 377
Fasteners and Springs	p. 386
The Engineering Design Application	p. 386
Screw Thread Fasteners	p. 386
Thread-Cutting Tools	p. 388
Thread Forms	p. 389
Thread Representations	p. 391
Thread Notes	p. 394
Measuring Screw Threads	p. 395
CADD Applications: Drawing Fasteners	p. 397
Threaded Fasteners	p. 397
Washers	p. 406
Dowel Pins	p. 406
Taper and Other Pins	p. 406
Retaining Rings	p. 407
Keys, Keyways, and Keyseats	p. 407
Rivets	p. 407
Springs	p. 407
CADD Applications: Drawing Springs	p. 411
Recommended Review	p. 412
Web Site Research	p. 412
Professional Perspective	p. 412
Math Application: Ratio and Proportion of a Taper Pin	p. 414
Fasteners and Springs Test	p. 414
Fasteners and Springs Problems	p. 415
Sections, Revolutions, and Conventional Breaks	p. 421
The Engineering Design Application	p. 421
Sectioning	p. 422
Cutting-Plane Lines	p. 422
Section Lines	p. 422
Full Sections	p. 424
Half Sections	p. 424
Offset Sections	p. 424
Aligned Sections	p. 425
Unsectioned Features	p. 426
CADD Applications: Sectioning	p. 427
Intersections in Section	p. 428
Conventional Revolutions	p. 428
Broken-Out Sections	p. 428
Auxiliary Sections	p. 429
Conventional Breaks	p. 429
Revolved Sections	p. 429
Removed Sections	p. 430
Recommended Review	p. 430
Professional Perspective	p. 431
Math Application: Distance Between Holes on a Bolt Circle	p. 433
Sectioning Test	p. 433
Sectioning Problems	p. 434
Geometric Tolerancing	p. 458
The Engineering Design Application	p. 458
General Tolerancing	p. 459
Symbology	p. 460
Datum Feature Symbols	p. 460
Datum Reference Frame	p. 460
Datum Features	p. 462
Datum Target Symbols	p. 462
Datum Axis	p. 464
Feature Control Frame	p. 464
Basic Dimensions	p. 467
Geometric Tolerances	p. 468
Material Condition Symbols	p. 477
CADD Applications: Geometric Tolerancing	p. 478
Location Tolerance	p. 481
Datum Precedence and Material Condition	p. 484
Position of Multiple Features	p. 484
Composite Positional Tolerancing	p. 485
Two Single-Segment Feature Control Frames	p. 486
Positional Tolerance of Tabs	p. 486
Positional Tolerance of Slotted Holes	p. 486
Positional Tolerance of Threaded Features and Gears	p. 487
Positional Tolerance of Counterbored Holes	p. 487
Positional Tolerance of Coaxial Holes	p. 487
Positional Tolerancing of Nonparallel Holes	p. 488
Projected Tolerance Zone	p. 488
CADD Applications: Geometric Tolerancing Symbols	p. 491
Geometric Dimensioning and Tolerancing with AutoCAD	p. 491
Virtual Condition	p. 492
Statistical Tolerancing with Geometric Controls	p. 493
Combination Controls	p. 493
Web Site Research	p. 494
Professional Perspective	p. 495
Math Applications: Rounding Numbers	p. 497
Geometric Tolerancing Test	p. 497
Geometric Tolerancing Problems	p. 499
Mechanisms: Linkages, Cams, Gears, and Bearings	p. 507
The Engineering Design Application	p. 507
CADD Applications: Mechanism Design	p. 508
Mechanisms	p. 509
Linkages	p. 509
Linkage Symbols	p. 509
Types of Linkages	p. 509
CADD Applications: Cams and Gears	p. 512
Cams	p. 512
Cam Displacement Diagrams	p. 513
Construction of an In-Line Follower Plate Cam Profile	p. 516
Construction of an Offset Follower Plate Cam Profile	p. 517
Drum Can Drawing	p. 518
Gears	p. 519
CADD Applications: Cam Displacement Diagrams and Profiles; Cam Manufacturing	p. 520
Gear Structure	p. 520
Splines	p. 521
Gear Types	p. 521
Spur Gear Design	p. 523
Gear Accuracy	p. 525
Drawing Specifications and Tolerances	p. 525
Designing and Drawing Spur Gears	p. 525
CADD Applications: Gear Teeth	p. 526
Designing Spur Gear Trains	p. 526
Designing and Drawing the Rack and Pinion	p. 528
Designing and Drawing Bevel Gears	p. 528
Designing and Drawing Worm Gears	p. 528
Plastic Gears	p. 529
Bearings	p. 532
Drawing Bearing Symbols	p. 533
Bearing Codes	p. 534
CADD Applications: Bearing Symbols	p. 534
Bearing Selection	p. 534
Gear and Bearing Assemblies	p. 539
Professional Perspective	p. 540
Web site Research	p. 541
Math Applications: Length of a Connecting Rod	p. 541
Mechanisms Test	p. 542
Mechanisms Problems	p. 542
Belt and Chain Drives	p. 551
The Engineering Design Application	p. 551
Advantages of Gear Drives	p. 552
Advantages of Belt Drives	p. 552
Advantages of Chain Drives	p. 552
Belts and Belt Drives	p. 552
Belt Types	p. 552
Typical Belt Drive Arrangements	p. 554
Belt Drive Selection	p. 555
Chain Drives	p. 558
Chain Drive Sprockets	p. 559
Chain Classification and Types	p. 559
Precision Chains	p. 559
CADD Applications: Sprockets	p. 559
Nonprecision Chains	p. 560
Light-Duty Chain	p. 560
Chain Drive Arrangements	p. 560
Roller Chain Drive Selection	p. 562
Professional Perspective	p. 565
Web Site Research	p. 565
Math Application: Belt Length	p. 566
Belt and Chain Drives Test	p. 566
Belt and Chain Drives Problems	p. 567
Working Drawings	p. 572
The Engineering Design Application	p. 572
Detail Drawings	p. 573
Assembly Drawings	p. 576
Types of Assembly Drawings	p. 577
CADD Applications: Working Drawings	p. 580
Identification Numbers	p. 580
Parts Lists	p. 583
Purchase Parts	p. 584
Engineering Changes	p. 584
Drawing from a Prototype	p. 588
Analysis of a Set of Working Drawings	p. 589
Professional Perspective	p. 589
Web Site Research	p. 592
Math Application: Distance Between Tangent Circles	p. 594
Working Drawings Test	p. 595
Working Drawings Problems	p. 595
Pictorial Drawings and Technical Illustrations	p. 652
The Engineering Design Application	p. 652
Pictorial Drawings	p. 653
Isometric Projections and Drawings	p. 653
Types of Isometric Drawings	p. 655
Isometric Construction Techniques	p. 655
Dimetric Pictorial Representation	p. 660
Trimetric Pictorial Representation	p. 660
CADD Applications: 3-D Capabilities	p. 662
Exploded Pictorial Drawing	p. 662
Oblique Drawing	p. 662
Perspective Drawing	p. 664
One-Point Perspective	p. 665
Two-Point Perspective	p. 665
Three-Point Perspective	p. 666
Circles and Curves in Perspective	p. 666
Basic Shading Techniques	p. 667
Layout Techniques	p. 668
Math Application	p. 670
Professional Perspective	p. 670
Pictorial Drawings and Technical Illustrations Test	p. 671
Pictorial Drawings and Technical Illustrations Problems	p. 671
Solid Modeling, Animation, and Virtual Reality	p. 677
The Engineering Design Application	p. 677
Types of 3D CAD Models	p. 678
Modeling Kernel	p. 680
Parametric Modeling and the Design Process	p. 680
Working with Parts, Assemblies, and Features	p. 682
Built-in Features	p. 684
Editing Feature History	p. 684
Animation	p. 684
Virtual Reality	p. 686
Professional Perspective	p. 689
Solid Modeling, Animation, and Virtual Reality Problems	p. 691
Solid Modeling, Animation, and Virtual Reality Test	p. 691
Welding Processes and Representations	p. 693
The Engineering Design Application	p. 693
Welding Tests	p. 706
CADD Aplications: Welding Symbols and Applications	p. 707
Welding Specifications	p. 710
Prequalified Welded Joints	p. 710
Weld Design	p. 710
Professional Perspective	p. 710
Math Applications: Percentage of Welded Parts	p. 711
Welding Processes and Representations Test	p. 711
Welding Processes and Representations Problems	p. 712
Industrial Process Piping	p. 722
The Engineering Design Application	p. 722
Where Is Industrial Piping Used?	p. 722
What Is Pipe Drafting?	p. 722
Types of Pipe	p. 727
CADD Applications: Piping	p. 727
Pipe Connection Methods	p. 731
Fittings	p. 733
CADD Applications: Three-Dimensional System Models	p. 735
Flanges	p. 736
Valves	p. 738
Pipe Drafting	p. 744
Piping Details	p. 747
CADD Applications: 3-D Digitizing	p. 756
Layout Techniques	p. 757
Professional Perspective	p. 758
Math Application	p. 759
Industrial Process Piping Test	p. 759
Industrial Process Piping Problems	p. 760
Structural Drafting	p. 765
The Engineering Design Application	p. 765
Line Work	p. 766
Lettering	p. 766
Coordination of Working Drawings	p. 766
Structural Drafting Related to Construction Systems	p. 769
Concrete Construction	p. 769
Concrete Block Construction	p. 776
Wood Construction	p. 777
Steel Construction	p. 789
Common Connection Methods	p. 793
Components in a Set of Structural Drawings	p. 796
CADD Applications: Structural Drafting	p. 797
Drawing Revisions	p. 804
Basic Drawing Layout Steps	p. 807
Pictorial Drawings	p. 810
Web Site Research	p. 810
CADD Applications	p. 812
Professional Perspective	p. 812
Math Application: Designing An Observation Platform	p. 813
Structural Drafting Test	p. 813
Structural Drafting Problems	p. 814
Heating, Ventilating, and Air-Conditioning (HVAC)/Pattern Development and Precision Sheet Metal Drafting	p. 828
The Engineering Design Application	p. 828
HVAC Drafting and Pattern Development	p. 829
HVAC Systems	p. 829
Ventilation	p. 831
Thermostat	p. 832
HVAC Symbols	p. 832
HVAC Drawings	p. 832
CADD Applications: HVAC Pictorials	p. 835
Sheet Metal Drafting	p. 842
Drawing Revisions	p. 842
CADD Applications: HVAC Industry	p. 844
Pattern Development	p. 846
Intersections	p. 855
CADD Applications: Sheet Metal Pattern Design	p. 857
Material Bending and Chassis Layout	p. 861
CADD Applications: Precision Sheet Metal Fabrication	p. 863
Professional Perspective	p. 864
Math Application: Sheet Metal Bend Angles	p. 865
HVAC/Sheet Metal Drafting Test	p. 865
HVAC/Sheet Metal Drafting Problems	p. 866
Electrical and Electronic Schematic Drafting	p. 883
The Engineering Design Application	p. 883
Fundamentals of Electrical Diagrams	p. 884
Generation, Transmission, and Distribution of Electricity	p. 887
The Electric Power Substation Design Drawings	p. 888
Residential and Commercial Electrical Plans	p. 893
Professional Perspective	p. 895
Electronic Schematic Drafting	p. 898
Electronic Diagrams	p. 899
Printed Circuit Technology	p. 909
Pictorial Drawings	p. 917
CADD Applications: Computer-Aided Engineering (CAE)	p. 919
Professional Perspective	p. 920
Math Application: Working with Powers of Ten	p. 920
Electrical and Electronic Schematic Drafting Test	p. 921
Electrical and Electronic Schematic Drafting Problems	p. 922
Appendices	p. 945
Glossary	p. 997
Index	p. 1005
Table of Contents provided by Syndetics. All Rights Reserved.

Please wait while the item is added to your bag...

FREE SHIPPING

Amazon no longer offers textbook rentals. We do!

Engineering Drawing & Design

Summary

Table of Contents

Supplemental Materials