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E-grāmata: Geometric Dimensioning and Tolerancing for Mechanical Design

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  • Formāts: 256 pages
  • Izdošanas datums: 02-Jun-2010
  • Izdevniecība: McGraw-Hill Professional
  • Valoda: eng
  • ISBN-13: 9780071491822
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Geometric Dimensioning and Tolerancing for Mechanical DesignPalielināt
  • Formāts: 256 pages
  • Izdošanas datums: 02-Jun-2010
  • Izdevniecība: McGraw-Hill Professional
  • Valoda: eng
  • ISBN-13: 9780071491822
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An essential self-teaching guideThis sourcebook provides a thorough explanation of ASME 14.5, the geometric dimensioning and tolerancing standard which is used primarily to communicate engineering configurations from the designer to the manufacturer. Heavily illustrated with engineering configurations, this book includes practical examples to assess individual knowledge as well as exercises based on the Frequently Asked Questions gathered over the authors 26 years as an educator.
Preface ix
Acknowledgments xi
Chapter
1. Introduction to Geometric Dimensioning and Tolerancing		 1(8)
Chapter Objectives
2(1)
What Is GD&T?
2(1)
When Should GD&T Be Used?
3(1)
Advantages of GD&T over Coordinate Dimensioning and Tolerancing
3(5)
Summary
8(1)
Chapter Review
8(1)
Chapter
2. Dimensioning and Tolerancing Fundamentals		 9(8)
Chapter Objectives
9(1)
Fundamental Drawing Rules
9(1)
Units of Linear Measurement
10(1)
Units of Angular Measurement
11(1)
Types of Dimensions
11(1)
Specifying Linear Tolerances
12(1)
Specifying Angular Tolerances
13(1)
Interpreting Dimensional Limits
14(1)
Dimensioning and Tolerancing for CAD/CAM Database Models
14(1)
Summary
15(1)
Chapter Review
15(2)
Chapter
3. Symbols, Terms, and Rules		 17(30)
Chapter Objectives
17(1)
Symbols
17(13)
Terms
30(3)
Rules
33(5)
Summary
38(1)
Chapter Review
39(5)
Problems
44(3)
Chapter
4. Datums		 47(22)
Chapter Objectives
47(1)
Definition
48(1)
Immobilization of a Part
48(1)
Application of Datums
49(2)
Datum Feature Selection
51(1)
Datum Feature Identification
51(1)
Inclined Datum Features
52(1)
Cylindrical Datum Features
52(1)
Establishing Datums
53(4)
Multiple Datum Features
57(1)
A Partial Surface as a Datum Feature
58(1)
Datum Targets
59(3)
Summary
62(1)
Chapter Review
63(3)
Problems
66(3)
Chapter
5. Form		 69(18)
Chapter Objectives
69(1)
Flatness
69(3)
Straightness
72(4)
Circularity
76(2)
Cylindricity
78(1)
Free-State Variation
78(2)
Summary
80(1)
Chapter Review
80(4)
Problems
84(3)
Chapter
6. Orientation		 87(16)
Chapter Objectives
87(1)
Parallelism
88(2)
Perpendicularity
90(3)
Angularity
93(4)
Summary
97(1)
Chapter Review
97(3)
Problems
100(3)
Chapter
7. Position, General		 103(22)
Chapter Objectives
103(1)
Definition
103(1)
Specifying the Position Tolerance
104(2)
Regardless of Feature Size
106(1)
Maximum Material Condition
107(2)
Shift Tolerance
109(3)
Least Material Condition
112(1)
Boundary Conditions
113(2)
Zero Positional Tolerance at MMC
115(3)
Summary
118(1)
Chapter Review
119(2)
Problems
121(4)
Chapter
8. Position, Location		 125(32)
Chapter Objectives
125(1)
Floating Fasteners
126(2)
Fixed Fasteners
128(2)
Projected Tolerance Zones
130(2)
Multiple Patterns of Features
132(3)
Composite Positional Tolerancing
135(3)
Two Single-Segment Feature Control Frames
138(1)
Nonparallel Holes
139(1)
Counterbored Holes
139(2)
Noncircular Features at MMC
141(1)
Symmetrical Features at MMC
142(4)
Summary
146(1)
Chapter Review
147(2)
Problems
149(8)
Chapter
9. Position, Coaxiality		 157(10)
Chapter Objectives
157(1)
Definition
157(2)
Comparison Between Position, Runout, and Concentricity
159(1)
Specifying Coaxiality at MMC
159(1)
Composite Positional Control of Coaxial Features
160(2)
Tolerancing a Plug and Socket
162(1)
Summary
162(1)
Chapter Review
163(1)
Problems
164(3)
Chapter
10. Concentricity and Symmetry		 167(10)
Chapter Objectives
167(1)
Concentricity
167(3)
Symmetry
170(2)
Summary
172(1)
Chapter Review
173(2)
Problems
175(2)
Chapter
11. Runout		 177(10)
Chapter Objectives
177(1)
Definition
177(1)
Circular Runout
177(1)
Total Runout
178(1)
Specifying Runout and Partial Runout
179(1)
Multiple Datum Features
179(1)
Face and Diameter Datums
179(2)
Geometric Controls to Refine Datum Features
181(1)
Surface Relationships Between Features
181(1)
Inspecting Runout
182(1)
Summary
183(1)
Chapter Review
184(1)
Problems
185(2)
Chapter
12. Profile		 187(20)
Chapter Objectives
187(1)
Definition
187(1)
Specifying Profile
188(2)
The Application of Datums
190(1)
A Radius Refinement with Profile
190(1)
Combing Profile Tolerances with Other Geometric Controls
191(1)
Coplanarity
192(2)
Profile of a Conical Feature
194(1)
Composite Profile
195(4)
Summary
199(1)
Chapter Review
200(2)
Problems
202(5)
Chapter
13. Graphic Analysis		 207(18)
Chapter Objectives
207(1)
Advantages of Graphic Analysis
207(1)
The Accuracy of Graphic Analysis
208(1)
Analysis of a Composite Geometric Tolerance
209(4)
Analysis off a Pattern of Features Controlled to a Datum Feature of Size
213(4)
Summary
217(1)
Chapter Review
218(2)
Problems
220(5)
Chapter
14. A Strategy for Tolerancing Parts		 225(22)
Chapter Objectives
225(1)
Size Features Located to Plane Surface Features
225(6)
Size Features Located to Size Features
231(5)
A Pattern of Features Located to a Second Pattern of Features
236(4)
Summary
240(1)
Chapter Review
241(3)
Problems
244(3)
Appendix 247(6)
Index 253


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