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Complex product system reliability method and applications

Author: SunHongMei
Tutor: PuYingGuo;GaoQiSheng
School: Qingdao University
Course: System theory
Keywords: Reliability Reliability Analysis Reliability Design Reliability Prediction Reliability Allocation
CLC: TB114.3
Type: Master's thesis
Year: 2007
Downloads: 454
Quote: 7
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Abstract


A thriving enterprise , decided at the competitiveness of their products , the companies would be difficult to survive the loss of competitiveness . The important factors to determine the competitiveness of products is the reliability of the product . Reliability engineering is a relatively new discipline , is born to adapt to the new needs of the development of science and technology . Become increasingly powerful in the rapid development of modern science and technology , product features , product complexity is rising , which makes the product reliability is especially prominent . Reliability has been one of the most important factor as a measure of product quality and overall performance , reliability can not only reflect the level of quality of the product , but also on behalf of the safe use of the product , maintenance characteristics , improve reliability for improving product competitiveness in the market has a great influence. Departure from the general theory of reliability analysis of complex system reliability problems . In typical structural reliability model analysis , comparison and summary of the principles and major steps to establish the reliability model , reliability models for the analysis of any complex system reliability . Boolean expansion theorem , the total probability formula , the minimal path sets and minimal cut set to analyze the reliability of complex systems , and analysis examples calculated . Followed by analysis of the tolerance design, EMC design , thermal design , derating design and redundant design of several projects in the common reliability design theory and method . This paper focuses on the expected reliability of complex systems and distribution aspects and examples to analyze engineering reliability prediction and distribution of several commonly used methods .

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CLC: > Industrial Technology > General industrial technology > Engineering and basic science > Engineering Mathematics > The application of probability theory, mathematical statistics > Reliability theory
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