By Krishna B. MISRA (Eds.)
This ebook equips the reader with a compact info resource on all of the newest methodological instruments to be had within the region of reliability prediction and research. themes coated comprise reliability arithmetic, business enterprise and research of information, reliability modelling and approach reliability assessment options. Environmental elements and stresses are taken under consideration in computing the reliability of the concerned parts. the constraints of versions, tools, techniques, algorithms and programmes are defined. The therapy of maintained platforms is designed to help the employee in analysing structures with extra reasonable and useful assumptions. Fault tree research can also be widely mentioned, incorporating fresh advancements. Examples and illustrations aid the reader within the fixing of difficulties in his personal sector of study. The chapters offer a logical and graded presentation of the subject material taking into account the problems of a newbie, when bridging the data hole for the more matured reader
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Extra resources for Reliability Analysis and Prediction: A Methodology Oriented Treatment
Example text
2 that for increasing operational reliability of a product, each phase of life of the equipment should be considered for the improvement of reliability. In fact reliability during these phases can only be engineered into a product by various experts belonging to specific disciplines. 4 would prove this point. 4 provides a tentative list of experts who may be required to handle the various tasks connected with each phase. 4 : Experts Required to handle Reliability Problems Expert Needed Phase Conceptual System Engineer Design and Development Mathematicians or System Analysts, Design Engineer, Physicists, Material Scientist, Metallurgist, Process Technologist, Chemical Engineer, Electrical, Electronics, Mechanical, Structural Engineer etc.
Fuzzy set theory (FST), it is claimed, has provided an ingenious approach to cope with cases where subjective judgement or estimation of an individual will play a central and significant role in dealing with ambiguity or uncertainty. 7] as a development of fuzzy set theory. One of the most useful concept handled very well by possibility theory is that of imprecise quantification. Uncertainty is represented in terms of possibility and necessity values of a proposition. 11] presents a fairly accurate picture of the capabilities of each of the above approaches and the situations which warrant the use of a particular technique.
Comparative evaluations involve extrapolation of failure data of well documented components to components that have no failure data available provided a similarity exists between them. This similarity should exist on factors like class, type, fabrication, materials and performance including rating parameters through which comparison can be made. To ensure better validity assumptions, hazard rate evaluations must consider modes of failure, production history and all such factors that may have bearing on the reliable operation of the component.