Engineering Design for Producibility and Reliability cotains valuable design recommendations from Department of Defense Directive 4245.7, "Transition from Development to Production".....assists in reducing the risks of product development with design analysis simulation, software development, life-cycle costing, and testing and evaluation...serves as a single information source for the many disciplines involved in product development....provides numerous examples of complex electrical and electronics products with techniques applicable as well to mechanical systems....and demonstrates for the first time how producibility and reliability interact in the product development process.
About the Series
Preface
Part 1 : Fundamentals of Producibility and Reliability
Chapter 1 : Engineering Design for Producibility and Reliability
Chapter 2 : Design Fundamentals for Reliability and Quality
Chapter 3 : Design Fundamentals for Producibility
Chapter 4 : Manufacturing Concepts and Strategies
Part 2 : Producibility and Reliability in Engineering Design
Chapter 5 : Requirements Definition, Conceptual Design, and Program Organization
Chapter 6 : Design Analysis, Stress Reduction, and Simulation
Chapter 7 : Fundamentals of Cost Analysis
Chapter 8 : Software Design and Development
Chapter 9 : Test and Evaluation for Reliability Growth and Design Maturity
Part 3 : Design Practices to Improve Producibility and Reliability
Chapter 10 : Design Simplification and Standardization
Chapter 11 : Derating Criteria, Fault Tree, Failure Modes, and Sneak Circult Analyses
Chapter 12 : Thermal Stress Analysis and Management
Chapter 13 : Designing for People : Human Engineering, Maintainability, Logistics, and Safety
Chapter 14 : Testability
Chapter 15 : Manufacturing Process Analysis and Design Criteria for Producibility
Chapter 16 : Manufacturing Planning, Quality Control, and Environmental Stress Screening
Index
