The Proceedings of Mechanical Engineering Congress, Japan
Online ISSN : 2424-2667
ISSN-L : 2424-2667
2013
Session ID : K03100
Conference information
K03100 Thermal fatigue of pipes induced by fluid temperature change : Research Plan
Naoto KASAHARATakamoto ITOHMasakazu OKAZAKIYukihiko OKUDAMasayuki KAMAYAAkira NAKAMURAHitoshi NAKAMURAHideo MACHIDAMasaaki MATSUMOTO
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Abstract
Nuclear piping has various kinds of thermal fatigue failure modes. Main causes of thermal loads are structural responses to fluid temperature changes during plant operation. These phenomena have complex mechanisms and so many patterns, that their problems still occur even though well-known issues. To prevent thermal fatigue due to above thermal loads, the JSME guideline is adopted. Both thermal load and fatigue failure mechanism have been investigated and summarized into the knowledgebase. Based on above knowledge, improved methods for the JSME guideline and Numerical simulation methods for thermal fatigue evaluation were studied. Furthermore, probabilistic failure analysis approach with main influence parameters were investigated to be applied for the plant system safety..
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© 2013 The Japan Society of Mechanical Engineers
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