This Handbook of Reliability Engineering, altogether 35 chapters, aims to provide
a comprehensive state-of-the-art reference volume that covers both fundamental
and theoretical work in the areas of reliability including optimization, multi-state
system, life testing, burn-in, software reliability, system redundancy, component
reliability, system reliability, combinatorial optimization, network reliability,
consecutive-systems, stochastic dependence and aging, change-point modeling,
characteristics of life distributions, warranty, maintenance, calibration modeling,
step-stress life testing, human reliability, risk assessment, dependability and safety,
fault tolerant systems, system performability, and engineering management.
a comprehensive state-of-the-art reference volume that covers both fundamental
and theoretical work in the areas of reliability including optimization, multi-state
system, life testing, burn-in, software reliability, system redundancy, component
reliability, system reliability, combinatorial optimization, network reliability,
consecutive-systems, stochastic dependence and aging, change-point modeling,
characteristics of life distributions, warranty, maintenance, calibration modeling,
step-stress life testing, human reliability, risk assessment, dependability and safety,
fault tolerant systems, system performability, and engineering management.
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Hi Layne Adams, I'm chemical engineer, so most of my collections are related to the engineering knowledge. Good to hear that you like my blog. :) Just sharing what I have in my collection.