Tolerance Design: A Handbook for Developing Optimal Specifications Book

	Preface
	Acknowledgments
1	Introduction to Tolerancing and Tolerance Design	3
2	The Relationship of Quality Engineering and Tolerancing to Reliability Growth	25
3	Introductory Statistics and Data Analysis for Tolerancing and Tolerance Design	51
4	Using Standard Tolerance Publications and Manufacturer's Process Capability Recommendations	87
5	Linear and Nonlinear Worst-Case Tolerance Analysis	101
6	Linear and Nonlinear Statistical Tolerance Analysis	124
7	Sensitivity Analysis and Related Topics	149
8	Computer Aided Tolerancing Techniques	160
9	Introduction to Cost-Based Optimal Tolerancing Analysis	187
10	Strengths and Weaknesses of the Traditional Tolerance Approaches	191
11	The Quality-Loss Function in Tolerancing and Tolerance Design	201
12	The Application of the Quadratic Loss Function to Tolerancing	224
13	General Review of Orthogonal Array Experimentation for Tolerance Design Applications	246
14	Introducing Noise into a Tolerance Experiment	262
15	Setting Up a Designed Experiment for Variance and Tolerance Analysis	278
16	The ANOVA Method	306
17	The Tolerance Design Process: A Detailed Case Study	325
18	Drive System Case Studies	363
App. A	The Z Transformation Tables and the t Transformation Table	389
App. B	The Adjusted Z Transformation Tables	393
App. C	The F Tables	403
App. D	Additional References for Tolerance Design	409
App. E	Suppliers for Tolerance Design	411
	Index	413