By Guang Yang
ISBN-10: 0471715298
ISBN-13: 9780471715290
Roduct reliability engineering from notion to marketplaceIn trendy worldwide, aggressive company atmosphere, reliability execs are always challenged to enhance reliability, shorten layout cycles, lessen bills, and elevate buyer delight. existence Cycle Reliability Engineering info useful, potent, and updated suggestions to guarantee reliability in the course of the product lifestyles cycle, from making plans and designing via checking out and warranting functionality. those suggestions let ongoing caliber tasks, together with these in line with Six Sigma and the Taguchi equipment, to yield maximized output. whole with real-world examples, case reports, and routines, this source covers:* Reliability definition, metrics, and product lifestyles distributions (exponential, Weibull, basic, lognormal, and more)* Methodologies, instruments, and functional functions of procedure reliability modeling and allocation* strong reliability layout options* capability failure mode avoidance, together with Failure Mode and results research (FMEA) and Fault Tree research (FTA)* sped up existence try equipment, types, plans, and knowledge research thoughts* Degradation trying out and knowledge research equipment, overlaying either harmful and nondestructive inspections* sensible methodologies for reliability verification and screening* guaranty regulations, info research, box failure tracking, and guaranty price reductionAll reliability ideas defined are instantly acceptable to product making plans, designing, trying out, pressure screening, and guaranty research. This ebook is a must have source for engineers and others liable forreliability and caliber and for graduate scholars in caliber and reliability engineering classes.
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Additional info for Life Cycle Reliability Engineering
Example text
1 Levels of Expectation and Satisfaction Customer expectations for a product can be classified into three types: basic wants, performance wants, and excitement wants. Basic wants describe customers’ most fundamental expectations for the functionality of a product. Customers usually do not express these wants and assume that the needs will be satisfied automatically. Failure to meet these needs will cause customers to be seriously dissatisfied. Examples of such wants are cars being able to start and heaters being able to heat.
34) The normal cdf is t F (t) = −∞ √ 1 2πσ exp − (y − µ)2 dy, 2σ 2 −∞ < t < ∞. 36) respectively. 9), respectively. They cannot be simplified and thus are not given here. When T has a normal distribution, it is usually indicated by T ∼ N (µ, σ 2 ). µ is the location parameter and σ is the scale parameter. 36) and have the same unit as t, where −∞ < µ < ∞ and σ > 0. 10 plots the normal distribution for µ = 15 and various values of σ . 10 Normal f (t), F (t), h(t) and H (t) for µ = 15 18 20 27 NORMAL DISTRIBUTION When µ = 0 and σ = 1, the normal distribution is called the standard normal distribution.
Has the same unit as t: for example, hours, miles, and cycles. The generic form of the Weibull distribution has an additional parameter, called the location parameter. Kapur and Lamberson (1977), Nelson (1982) and Lawless (2002), among others, present the three-parameter Weibull distribution. 5, and 2. As shown in the figure, the shape parameter β determines the shape of the distribution. When β < 1 (β > 1), the Weibull distribution has a decreasing (increasing) hazard rate. When β = 1, the Weibull distribution has a constant hazard rate and is reduced to the exponential distribution.
Life Cycle Reliability Engineering by Guang Yang
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