Tolerance design : a handbook for developing optimal specifications / C.M. Creveling

Includes bibliographical references and index

1. Introduction to Tolerancing and Tolerance Design -- 2. The Relationship of Quality Engineering and Tolerancing to Reliability Growth -- 3. Introductory Statistics and Data Analysis for Tolerancing and Tolerance Design -- 4. Using Standard Tolerance Publications and Manufacturer's Process Capability Recommendations -- 5. Linear and Nonlinear Worst-Case Tolerance Analysis -- 6. Linear and Nonlinear Statistical Tolerance Analysis -- 7. Sensitivity Analysis and Related Topics -- 8. Computer Aided Tolerancing Techniques -- 9. Introduction to Cost-Based Optimal Tolerancing Analysis -- 10. Strengths and Weaknesses of the Traditional Tolerance Approaches -- 11. The Quality-Loss Function in Tolerancing and Tolerance Design -- 12. The Application of the Quadratic Loss Function to Tolerancing -- 13. General Review of Orthogonal Array Experimentation for Tolerance Design Applications -- 14. Introducing Noise Into a Tolerance Experiment -- 15. Setting Up a Designed Experiment for Variance and Tolerance Analysis -- 16. The ANOVA Method -- 17. The Tolerance Design Process: a Detailed Case Study -- 18. Drive System Case Studies

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