PHYSICS OF FAILURE DEGRADATION SCIENCE: WITH VIBRATION & THERMAL FATIGUE, ACCELERATED TESTING AND RELIABILITY APPLICATIONS - Tapa blanda

Sinopsis

This book provides new approaches to degradation science for solving difficult and common problems. New methods for estimating product useful life and assessment even with complex systems are provided. Methods simplify life predictions using an energy work approach. The book goes beyond traditional physics of failure methods and provides new tools for solving problems such as predicting life using the free energy work approach, detecting subtle impending failure in complex systems, deriving uncommon acceleration factors with environmental profiling. New models are developed like wear, creep along with traditional models. Key Features:Physics of Failure principles of degradation,Predicting life using the free energy,Comprehensive Physics of Failure Analysis,How Aging Laws Influence Reliability Distributions,Significance of Weibull Beta in Aging Laws,Miner’s rule derivations for fatigue & batteries,Engines & efficiency degradation,Comprehensive Accelerated Testing,Environmental profiling,Environmental Degradation in Climate,Transistor Aging,Corrosion, Diffusion,Negative Entropy in human repair & growth, a Fifth Law.

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