3 Review(s)

Gives a comprehensive and simple treatment to the study of reliability which is considered essential for the correct utilization and maintenance of engineering equipments and systems. The book introduced the basic concepts of reliability and quality and then discusses the various modes and causes of failure. Also included are important topics like probability theory, reliability characteristics of components, m-order systems, frequency and duration concepts to determine the parameters of repairable systems. New techniques are suggested to deal with different kinds of stress-hazard models. The book contains a discussion on the hierarchical system; reliability and cost models are illustrated. Two chapters focus on the management and economics of reliability engineering and reliability and utility cost models. Salient Features Discusses the techniques of enhancing system reliability. Analyses m-order systems with non-identical units. Discusses the influences of stress dependency on probabilistic behaviors or redundant systems. Presents derating charts for stress dependent redundant units. Proposes more general models which can be applied to both active and standby redundant systems. Develops and analyses reliability and cost models for hierarchical systems. Introduces Fault Tree Techniques (FTT) for system relilability studies. Proposes reliability and utility cost models for equipment which would be useful for both the users and manufacturers.