Design Reliability: Fundamentals and Applications

摘要: Introduction Reliability History Need of in Product Design the Process Specialized and Applications Areas Terms Definitions Information Sources Military other documents Mathematics Boolean Algebra Laws Probability Properties Useful Distributions Hazard Rate Models Partial Fraction Method Equation Roots Differential Equations Engineering Management Failure Data Collection Analysis Uses Equipment Life Cycle Quality Control Reporting Documentation System Guidelines Forms External for Selective Items Tasks Plotting Underlying Distribution Determination Tests Maximum Likelihood Estimation Basic Evaluation Allocation Techniques Bathtub Curve General Related Formulas Networks Methods Modes Effect Types FMEA Their Associated Benefits Steps Performing Criticality Assessment FMECA Needs, Sources, Users Implementation Factors Advantages Fault Tree FTA Purposes Prerequisites Symbols Fundamental Approach to Rules Trees with Repairable Non-Repairable Components Duality Drawbacks Common Cause Failures Three State Devices Common-Cause Mechanical Reasons Discipline Gear Safety "Design by Reliability" Methodology Stress-Strength Mellin Transform Parts Optimum Replacement or Maintenance Human Systems Error Occurrence Examples Studies Classification its Causes Performance Stress Continuous Time Mean (MTTHE) Measure Markov Modeling Testing Growth Computer Software Versus Hardware Phases Improvement Masking Robot Medical Device Facts Figures Government Liability Electronic Recalls Assurance Adverse Reportable Events Investigation A Small Instrument Manufacturer's Produce Reliable Safe Aerospace Comparisons Other Professionals Health Care Maintainability Centered Maintainability: Relationship Between Total Risk TQM Costing Required Inputs Activities Skills Requirements a Analyst His/Her Professional Program Cost Estimate Report Dependent Disadvantages Resistance Important Points Plus each chapter contains references exercises