国外大学优秀教材·工程图学系列：Autodesk Inventor 10工程设计绘图
目 录内容简介
Chapter 1 Getting Started
1-1 Introduction 1
1-2 Creating a First Sketch 3
1-3 Creating a Solid Model 5
1-4 Exercise Problems 10
Chapter 2 Two-Dimensional Sketching
2-1 Introduction 15
2-2 Line 15
2-3 Spline 17
2-4 Circle 18
2-5 Ellipse 18
2-6 Arc 20
2-7 Rectangle 22
2-8 Fillet 22
2-9 Chamfer 23
2-10 Polygon 25
2-11 Mirror 26
2-12 Rectangular Pattern 27
2-13 Off§et 28
2-14 Extend 28
2-15 Trim 28
2-16 Move 30
2-17 Rorate 31
2-18 Constraims 32
2-19 Show Constraints 33
2-20 TOEditaSketch 34
2-21 Insert AutoCAD File 35
2-22 Text 38
2-23 Exercise Problems 40
Chapter 3 Three-Dimensional Models
3-1 Introduction 47
3-2 Extrude 47
3-3 Revolve 48
3-4 Holes 50
3-5 Shell 52
3-6 Fillet 54
3-7 Chamfer 55
3-8 FaceDraft 55
3-9 Split 58
3-10 Mirror 59
3-11 Rectangular Pattern 60
3-12 Circular Paaem 61
3-13 Sketch Planes 62
3-14 TOEdit a 3DModel 63
3-15 Default Planes andAxes 66
3-16 work Planes 67
3-17 Angled Work Planes 71
3-18 Offset Wbrk Planes 72
3-19 Work Points 73
3-20 WorkAxes 75
3-21 Ribs（Webs）75
3-22 Loft 75
3-23 Sweep 77
3-24 Coil 78
3-25 Model Material 80
3-26 Exercise Problems 84
Chapter 4 Orthographic Views
4-1 Introduction 97
4-2 Fundamentals of Orthographic Views 97
4-3 Orthographic Views with Inventor 103
4-4 Isometric Views 106
4·5 Section Views 107
4-6 0凰et Section Views 110
4-7 Aligned Section Views 111
4·8 DetailViews 111
4-9 Broken Views 112
4-10 AuxiliaryViews 113
4-11 Exercise Problems 116
Chapter 5 -Assembly Drawings
5-1 Introduction 133
5-2 Bottom-Up and Top-Down Assemblies 133
5-3 To Start allAssembly Drawing 133
5-4 Degrees ofFreedom 134
5-5 MoveandRotate 137
5-6 Constraint 137
5-7 Sample Assembly Problem SP5-1 142
5-8 Presentation Drawings 142
5-9 Animation 145
5-10 Isometric Drawings 146
5-11 Assembly Numbers 146
5-12 Parts List 149
5-13 Titie Block 151
5-14 Drawing Sheets 153
5-15 OtherTypes ofDrawing Blocks 154
5-16 Sample Problem SP5-2 157
5-17 Top-DownAssemblies 158
5-18 Editing a Part within anAssembly Drawing 172
5-19 Pattern Component 174
5-20 Mirror Components 174
5-21 Copy Components 174
5-22 Exercise Problems 178
Chapter 6-Threads and Fasteners
6-1 Introduction 193
6-2 Thrcad Terminology 193
6-3 Thread Callouts-Metfic Units 194
6-4 Thread Callouts-ANSI Unified Screw Threads 194
6-5 Thread Representations 195
6-6 Internal Threads 196
6-7 Threaded Blind Holes 197
6-8 Creating Threaded Holes Using the Hole Command 198
6-9 Standard Fasteners 201
6-10 Sizing a Threaded Hole to Accept a Screw 202
6-11 Screws and Nuts 204
6-12 Types ofThreaded Fasteners 208
6-13 Flat Head Screws-Countersunk Holes 209
6-14 Counterbores 212
6-15 T0 Draw Fasteners Not Included in the Content Center 215
6-16 Fasteners from the Web 216
6-17 Sample Problem SP6-1 217
6-18 Washers 220
6-19 Set Screws 223
6-20 Rivets 226
6-21 Exercise Problems 227
Chapter 7 Dimensioning
7-1 Introduction 247
7-2 Terminology and Conventions-ANSI 248
7-3 Creating Drawing Dimensions 249
7-4 Drawing Scale 254
7-5 Units 254
7-6 Aligned Dimensions 256
7-7 Radius and Diameter Dimensions 256
7-8 Dimensioning Holes 258
7-9 Dimensioning Counterbored，Countersunk Holes 261
7-10 Angular Dimensions 262
7-11 Ordinate Dimensions 264
7-12 Baseline Dimensions 266
7-13 Hole Tables 268
7-14 Locating Dimensions 268
7-15 Fillets and Rounds 270
7-16 Rounded Shapes Internal 270
7-17 Rounded Shapes External 270
7-18 Irregular Surfaces 270
7-19 Polar Dimensions 272
7-20 Chamfers 272
7-21 Knurling 273
7-22 Keys and Keyseats 273
7-23 Symbols and Abbreviations 273
7-24 Symmetry and Centerline 275
7-25 Dimensioning to a Point 275
7-26 Sectional Views 275
7-27 Orthographic Views 276
7-28 Exercise Problems 277
Chapter 8 Tolerancing
8-1 Introduction 289
8-2 Direct Tolerance Methods 289
8-3 Tblerance Expressions 290
8 4 Understanding Plus and Minus
Tolerances 290
8-5 Creating Plus and Minus TOlerances 291
8-6 Limit TOlerances 293
8-7 Angular Tolerances 294
8-8 Standard TOlerances 296
8-9 Double Dimensioning 296
8-10 Chain Dimensions and Baseline Dimensions 297
8-11 Tolerance Studies 299
8-12 Rectangular Dimensions 299
8-13 Hole Locations 300
8-14 Choosing a Shaft for a Toleranced Hole 300
8-15 Sample Problem SP8-1 301
8-16 Sample Problem SP8-2 302
8-1 7 Nominal Sizes 302
8-18 Standard Fits（Metric Values） 302
8-19 Holeand ShaftBasis 303
8-20 Calculated Hole and ShaR Sizes 303
8-21 Standard Fits（Inch Values）303
8-22 Sample Problem SP8-3 303
8-23 Preferred and Standard Sizes 308
8-24 Surface Finishes 308
8-25 SurfaceControl Symbols 311
8-26 Design Probiems 3 14
8-27 Geometric Tolerances 318
8-28 Tblerances ofForill 318
8-29 Flatuess 318
8-30 Straightness 318
8-31 Straightness（RFS and MMC）319
8-32 Circularitv 321
8-33 Cylindricity 322
8-34 Gcometric Tolerances Using Inventor 323
8-35 T0lerances ofOrientation 329
8-36 Datums 329
8-37 Perpendicularity 330
8-38 Parallelism 332
8-39 Angularity 332
8-40 Profiles 332
8-41 Runoum 334
8-42 Positional Tolerances 335
8-43 VirtuaI Condition 337
8-44 Floating Fasteners 337
8-45 Sample Problem SP8-4 338
8-46 Sample Problem SP8-5 338
8-47 Fixed Fastehers 339
8-48 Sample Problem SP8-6 340
8-49 Design Problems 340
8-50 Exercise Problems 343
Chapter 9 Bearings and Shafts
9-1 Introduction 371
9-2 Sleeve Bearings 371
9-3 Sample Problem SP9-1373
9-4 Sample Problem SP9-2 374
9-5 Ball Bearings 377
9-6 Shafts 380
9-7 Shear and Moment Diagrams 382
9-8 Minimum ShaR Diameters 388
9-9 Shock Factors 389
9-10 ShaR Deflection 390
9-11 Sample Problem SP9-3 392
9-1 2 Sample Problem SP9-4 393
9-13 Critical Speed 394
9-14 Sample Problem SP9-5 394
9-15 Exercise Problems 399
Chapter 10-Gears
10-1 Introduction 403
10-2 GearTerminology 404
10-3 Gear Fclrmulas 404
10-4 Drawing a Gear Using Inventor 405
10-5 GearRatios 406
10-6 Gear TIlains 408
10-7 Designing Gear Speed Ratios 409
10-8 FOrces in Gears 410
10-9 Sample Problem SPl0-1 412
10-10 Sample Problem SP10-2 413
10-11 DesignAccelerator SpurGears 414
10-12 Forces in Gear Trains 416
10-13 Sample Problem SPl0-3 417
10-14 Sample Problem SP10-4 418
10-15 Safbtv Factors 418
10-16 Service Factors 419
10-17 Lubrication Factors 419
10-18 Sample Problem SPl0-5 419
10-19 ManufacturersCatalogs 419
10-20 Web Sites 42l
10-21 Forces inNonmetallic Gears 421
10-22 Sample Problem SP10-6 422
10-23 Metric Spur Gears 422
……
Chapter 11 Cams Springs and Keys
Chapter 12 Sheet Metal and Weldments
Chapter 13 The Design Process
Chapter 14 Design Projects
Index
1-1 Introduction 1
1-2 Creating a First Sketch 3
1-3 Creating a Solid Model 5
1-4 Exercise Problems 10
Chapter 2 Two-Dimensional Sketching
2-1 Introduction 15
2-2 Line 15
2-3 Spline 17
2-4 Circle 18
2-5 Ellipse 18
2-6 Arc 20
2-7 Rectangle 22
2-8 Fillet 22
2-9 Chamfer 23
2-10 Polygon 25
2-11 Mirror 26
2-12 Rectangular Pattern 27
2-13 Off§et 28
2-14 Extend 28
2-15 Trim 28
2-16 Move 30
2-17 Rorate 31
2-18 Constraims 32
2-19 Show Constraints 33
2-20 TOEditaSketch 34
2-21 Insert AutoCAD File 35
2-22 Text 38
2-23 Exercise Problems 40
Chapter 3 Three-Dimensional Models
3-1 Introduction 47
3-2 Extrude 47
3-3 Revolve 48
3-4 Holes 50
3-5 Shell 52
3-6 Fillet 54
3-7 Chamfer 55
3-8 FaceDraft 55
3-9 Split 58
3-10 Mirror 59
3-11 Rectangular Pattern 60
3-12 Circular Paaem 61
3-13 Sketch Planes 62
3-14 TOEdit a 3DModel 63
3-15 Default Planes andAxes 66
3-16 work Planes 67
3-17 Angled Work Planes 71
3-18 Offset Wbrk Planes 72
3-19 Work Points 73
3-20 WorkAxes 75
3-21 Ribs（Webs）75
3-22 Loft 75
3-23 Sweep 77
3-24 Coil 78
3-25 Model Material 80
3-26 Exercise Problems 84
Chapter 4 Orthographic Views
4-1 Introduction 97
4-2 Fundamentals of Orthographic Views 97
4-3 Orthographic Views with Inventor 103
4-4 Isometric Views 106
4·5 Section Views 107
4-6 0凰et Section Views 110
4-7 Aligned Section Views 111
4·8 DetailViews 111
4-9 Broken Views 112
4-10 AuxiliaryViews 113
4-11 Exercise Problems 116
Chapter 5 -Assembly Drawings
5-1 Introduction 133
5-2 Bottom-Up and Top-Down Assemblies 133
5-3 To Start allAssembly Drawing 133
5-4 Degrees ofFreedom 134
5-5 MoveandRotate 137
5-6 Constraint 137
5-7 Sample Assembly Problem SP5-1 142
5-8 Presentation Drawings 142
5-9 Animation 145
5-10 Isometric Drawings 146
5-11 Assembly Numbers 146
5-12 Parts List 149
5-13 Titie Block 151
5-14 Drawing Sheets 153
5-15 OtherTypes ofDrawing Blocks 154
5-16 Sample Problem SP5-2 157
5-17 Top-DownAssemblies 158
5-18 Editing a Part within anAssembly Drawing 172
5-19 Pattern Component 174
5-20 Mirror Components 174
5-21 Copy Components 174
5-22 Exercise Problems 178
Chapter 6-Threads and Fasteners
6-1 Introduction 193
6-2 Thrcad Terminology 193
6-3 Thread Callouts-Metfic Units 194
6-4 Thread Callouts-ANSI Unified Screw Threads 194
6-5 Thread Representations 195
6-6 Internal Threads 196
6-7 Threaded Blind Holes 197
6-8 Creating Threaded Holes Using the Hole Command 198
6-9 Standard Fasteners 201
6-10 Sizing a Threaded Hole to Accept a Screw 202
6-11 Screws and Nuts 204
6-12 Types ofThreaded Fasteners 208
6-13 Flat Head Screws-Countersunk Holes 209
6-14 Counterbores 212
6-15 T0 Draw Fasteners Not Included in the Content Center 215
6-16 Fasteners from the Web 216
6-17 Sample Problem SP6-1 217
6-18 Washers 220
6-19 Set Screws 223
6-20 Rivets 226
6-21 Exercise Problems 227
Chapter 7 Dimensioning
7-1 Introduction 247
7-2 Terminology and Conventions-ANSI 248
7-3 Creating Drawing Dimensions 249
7-4 Drawing Scale 254
7-5 Units 254
7-6 Aligned Dimensions 256
7-7 Radius and Diameter Dimensions 256
7-8 Dimensioning Holes 258
7-9 Dimensioning Counterbored，Countersunk Holes 261
7-10 Angular Dimensions 262
7-11 Ordinate Dimensions 264
7-12 Baseline Dimensions 266
7-13 Hole Tables 268
7-14 Locating Dimensions 268
7-15 Fillets and Rounds 270
7-16 Rounded Shapes Internal 270
7-17 Rounded Shapes External 270
7-18 Irregular Surfaces 270
7-19 Polar Dimensions 272
7-20 Chamfers 272
7-21 Knurling 273
7-22 Keys and Keyseats 273
7-23 Symbols and Abbreviations 273
7-24 Symmetry and Centerline 275
7-25 Dimensioning to a Point 275
7-26 Sectional Views 275
7-27 Orthographic Views 276
7-28 Exercise Problems 277
Chapter 8 Tolerancing
8-1 Introduction 289
8-2 Direct Tolerance Methods 289
8-3 Tblerance Expressions 290
8 4 Understanding Plus and Minus
Tolerances 290
8-5 Creating Plus and Minus TOlerances 291
8-6 Limit TOlerances 293
8-7 Angular Tolerances 294
8-8 Standard TOlerances 296
8-9 Double Dimensioning 296
8-10 Chain Dimensions and Baseline Dimensions 297
8-11 Tolerance Studies 299
8-12 Rectangular Dimensions 299
8-13 Hole Locations 300
8-14 Choosing a Shaft for a Toleranced Hole 300
8-15 Sample Problem SP8-1 301
8-16 Sample Problem SP8-2 302
8-1 7 Nominal Sizes 302
8-18 Standard Fits（Metric Values） 302
8-19 Holeand ShaftBasis 303
8-20 Calculated Hole and ShaR Sizes 303
8-21 Standard Fits（Inch Values）303
8-22 Sample Problem SP8-3 303
8-23 Preferred and Standard Sizes 308
8-24 Surface Finishes 308
8-25 SurfaceControl Symbols 311
8-26 Design Probiems 3 14
8-27 Geometric Tolerances 318
8-28 Tblerances ofForill 318
8-29 Flatuess 318
8-30 Straightness 318
8-31 Straightness（RFS and MMC）319
8-32 Circularitv 321
8-33 Cylindricity 322
8-34 Gcometric Tolerances Using Inventor 323
8-35 T0lerances ofOrientation 329
8-36 Datums 329
8-37 Perpendicularity 330
8-38 Parallelism 332
8-39 Angularity 332
8-40 Profiles 332
8-41 Runoum 334
8-42 Positional Tolerances 335
8-43 VirtuaI Condition 337
8-44 Floating Fasteners 337
8-45 Sample Problem SP8-4 338
8-46 Sample Problem SP8-5 338
8-47 Fixed Fastehers 339
8-48 Sample Problem SP8-6 340
8-49 Design Problems 340
8-50 Exercise Problems 343
Chapter 9 Bearings and Shafts
9-1 Introduction 371
9-2 Sleeve Bearings 371
9-3 Sample Problem SP9-1373
9-4 Sample Problem SP9-2 374
9-5 Ball Bearings 377
9-6 Shafts 380
9-7 Shear and Moment Diagrams 382
9-8 Minimum ShaR Diameters 388
9-9 Shock Factors 389
9-10 ShaR Deflection 390
9-11 Sample Problem SP9-3 392
9-1 2 Sample Problem SP9-4 393
9-13 Critical Speed 394
9-14 Sample Problem SP9-5 394
9-15 Exercise Problems 399
Chapter 10-Gears
10-1 Introduction 403
10-2 GearTerminology 404
10-3 Gear Fclrmulas 404
10-4 Drawing a Gear Using Inventor 405
10-5 GearRatios 406
10-6 Gear TIlains 408
10-7 Designing Gear Speed Ratios 409
10-8 FOrces in Gears 410
10-9 Sample Problem SPl0-1 412
10-10 Sample Problem SP10-2 413
10-11 DesignAccelerator SpurGears 414
10-12 Forces in Gear Trains 416
10-13 Sample Problem SPl0-3 417
10-14 Sample Problem SP10-4 418
10-15 Safbtv Factors 418
10-16 Service Factors 419
10-17 Lubrication Factors 419
10-18 Sample Problem SPl0-5 419
10-19 ManufacturersCatalogs 419
10-20 Web Sites 42l
10-21 Forces inNonmetallic Gears 421
10-22 Sample Problem SP10-6 422
10-23 Metric Spur Gears 422
……
Chapter 11 Cams Springs and Keys
Chapter 12 Sheet Metal and Weldments
Chapter 13 The Design Process
Chapter 14 Design Projects
Index
目 录内容简介
（1）《Autodesk Inventor 10工程设计绘图》适用面广，适合Inventor初学者及机械设计人员；（2）各章给出设计习题，便于读者练习；（3）结合设计的实例很有指导意义和实用价值。
《Autodesk Inventor 10工程设计绘图》的价值：
《Autodesk Inventor 10工程设计绘图》是一本学习Autodesk Inventor10的教材，是使用该设计软件的工程技术人员和各类学校的学生、教师极好的学习和参考用书。
《Autodesk Inventor 10工程设计绘图》的价值：
《Autodesk Inventor 10工程设计绘图》是一本学习Autodesk Inventor10的教材，是使用该设计软件的工程技术人员和各类学校的学生、教师极好的学习和参考用书。
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