Fundamentals of engineering drawing : with an introduction to interactive computer graphics for design and production

목차 (Table of Contents)

• CONTENTS
• Preface = xi
• 1 Introduction = 3
• PART 1 Basic Graphical Techniques
• 2 Drawing Instruments, Computer Drafting Equipment, and Drafting Techniques = 13
• A Manual Drawing Equipment and Its Use = 13
• B Computer-aided Drawing Equipment = 31
• C Technical Lettering―Manual, Mechanical, and CADD = 41
• 3 Engineering Geometry = 55
• A Plane Geometry―Engineering Constructions = 55
• B Geometry and the Computer―Plane and Solid, Two- and Three-Dimensional = 73
• PART 2 Spatial Graphics: Shape Description and Spatial Relationships
• 4 Representation of Space Relationships: Two- and Three-Dimensional = 85
• A One-plane Projection―Pictorial = 85
• B Coordinate Planes (Two-dimensional) Projection = 87
• C CADD Construction Planes = 91
• D Coordinate Axes = 91
• 5 Multiview Representation for Design and Product Development = 101
• A Multiview Projection―Coordinate Planes Method = 101
• B CADD Strategies for Principal Views = 105
• C Projection of Points, Lines, and Planes = 105
• D Conventional Practices = 119
• 6 Freehand Sketching for Visualization and Communication = 137
• A Sketching and Design = 137
• B Sketching Techniques = 140
• C Multiview Sketches = 143
• D Sketching in Isometric and Oblique = 144
• E Sketching Applications = 148
• 7 Sectional Views = 157
• A Types of Sectional Views = 157
• B Sectional Techniques = 162
• 8 Auxiliary Views = 177
• A Primary Auxiliary Views = 177
• B Secondary Auxiliary Views = 186
• C Auxiliary Views in CADD = 188
• 9 Spatial Geometry for Design and Analysis = 199
• A Basic Descriptive Geometry = 199
• B Revolution―Coordinate Planes = 211
• C CADD Strategies for Displaying Normal Views of Oblique Surfaces = 214
• D Vector Geometry = 216
• 10 Developments and Intersections = 235
• A Developments = 236
• B Intersections = 248
• 11 Pictorial Presentation = 271
• A Axonometric Projection = 272
• B Oblique Projection = 283
• C Perspective Projection = 290
• D Industrial Illustrations = 291
• PART 3 Design
• 12 Design Process and Graphics = 299
• A Design Process = 299
• B Implications of Computer in Design and Production Processes = 319
• C Patents and Design Records = 321
• PART 4 Graphics for Design and Communication
• 13 Dimensions, Notes, Limits, and Geometric Tolerances = 329
• A Fundamentals and Techniques = 329
• B General Dimensioning Practices = 333
• C Limit Dimensioning and Cylindrical Fits: Cylindrical Fits―Inches = 344
• D Limits and Fits: SI Metric System = 349
• E Tolerances of Location, Tolerances of Form, Profile, Orientation, and Runout = 352
• F Designation of Surface Texture = 362
• 14 Fastening and Connecting Methods for Assembly = 371
• A Screw Threads = 371
• B Fasteners = 383
• C Riveting = 392
• D Welding = 393
• E Pipe Threads and Fittings = 401
• 15 Shop Processes and Tool Drawings = 413
• 16 Production Drawings and Process Models = 431
• A Production (Shop) Drawings = 431
• B Process Models = 443
• C Reproduction and Duplication of Engineering Drawings = 444
• PART 5 CAD／CAM: Computer-Aided Design and Computer-Aided Manufacturing
• 17 Computer-aided Design and Drafting = 473
• A Fundamental Practices of CADD Drawing = 474
• B General Steps―New CADD Drawing = 488
• 18 Numerically Controlled Machine Tools and Robots = 497
• PART 6 Graphic Methods for Engineering Communication, Design, and Computation
• 19 Graphic Methods for Engineering Communication and Computation = 509
• A Graphs and Charts = 509
• B Empirical Equations = 519
• C Alignment Charts = 521
• 20 Graphical Mathematics = 537
• A Graphical Algebra = 537
• B Graphical Calculus = 539
• PART 7 Design and Communication Drawing in Specialized Fields
• 21 Design and Selection of Machine Elements: Gears, Cams, Linkages, Springs, and Bearings = 551
• A Gears = 551
• B Cams = 556
• C Linkages = 559
• D Springs = 561
• E Bearings = 563
• 22 Electronic Drawings = 567
• 23 Structural Drawings = 583
• A Classes of Structural Drawings = 584
• B Dimensioning Practices = 590
• 24 Topographic and Engineering Map Drawings = 601
• Appendixes
• A Glossary: Shop Terms ； Computer-aided Drafting Terms ； Structural Drafting Terms = 612
• B ANSI Abbreviations and Symbols for Electrical Diagrams and Pipe Fittings = 619
• C Trigonometric Functions = 623
• D Metric Tables = 625
• E Inch Tables = 649
• F American National Standards and ISO Standards = 676
• G Bibliography of Engineering Drawing and Allied Subjects = 679
• Index = 681