Physical model based reliability analysis for accelerated life testing of a fuel supply system

作者: Elmar Pohl , Roy T.E. Hermanns

DOI: 10.1016/J.FUEL.2016.05.119

关键词:

摘要: Abstract In a fuel supply system of conventional household oil heating the degrades over time depending on temperature, tank volume and flow rates. The test is blend 80 vol.% domestic 20 vol.% fatty acid methyl ester from rapeseed feedstock. will increase deposits in which lead to failures. this paper model based approach introduced for analysis accelerated life testings. impact failure analyzed. A well balanced physical set up stochastic simulation. contains short term dynamic long transient degradation effects that have an important reliability. components used cause time. detected when declines. shows typical variances characteristic parameters significant distribution Furthermore, functional relation between as stress factor described.

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