Maintainability, Availability, and Operational Readiness Engineering Handbook, Volume 1
This book provides all the practical tools of designing for ease of maintenance and quantifying the maintainability, reliability, availablity, and operational readiness of all types of maintained equipment. Covers the benefits of an integrated reliability and maintainability engineering program in industry and government, with case histories.
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CHAPTER 2 SYSTEM EFFECTIVENESS
CHAPTER 3 MAINTENANCE
CHAPTER 4 MAINTAINABILITY DESIGN CRITERIA
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antiloge average number bathtub curve binomial distribution Calculate Central Limit Theorem central moment components computer program confidence level confidence limits corrective and preventive corrective failure rate corrective maintenance corrective maintenance cost corrective replacement cost per unit cumulative cycles decision decision tables Determine distribution downtime dynamic programming equipment every Tp expected future cost expected number exponential distribution failed unit failure rate fill rate fr/hr function gamma distribution gamma function given by Eq given in Table holding cost hours of operation identical components integer interval Laplace transform line-replaceable units loge lognormally distributed maintenance actions maintenance cost maintenance tasks man-hours maximum likelihood estimates mean minimal repair minimum total expected mission Monte Carlo simulation MTBF MTBO MTTR normally distributed number of failures number of spares number of units operating hour optimal optimum optimum kit overhaul cost limit parameters Pearson distribution percentile period Plan B2 Poisson distribution Poisson process Policy II preventive maintenance preventive maintenance cost preventive maintenance tasks preventive replacement age probability probability density function random variable rate function reliabil reliability and maintainability Reliability Engineering renewal theory replacement cost replacement opportunities replacement policy replacement rate restore sample size scale parameter scheduled Simpson's Rule SOLUTIONS TO EXAMPLE Stage standard deviation Student's t distributed subsystem Tapco Test Plan times-to-failure times-to-failure pdf total cost total expected future total number Tp-xi University of Arizona uptime wear-out Weibull distribution Weibull process yields о о со