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[en] The heat exchanger is a counter-flow shell and tube type, constructed of 304 austenitic stainless steel. It is postulated that some 800 operating transients will occur during the service life of the plant. A detailed elastic-plastic-creep analysis was made of the primary inlet nozzle, to ascertain whether or not the inelastic deformation and creep-fatigue damage are within the allowable limits. The objective of the paper is to show how the currently available analytical methods in plasticity and creep are applied in a typical high temperature design environment in order to design the nozzle. The results of a detailed analysis in which the finite element method was used are compared with the results of simplified analysis procedures. (author)
Source
Institution of Mechanical Engineers, London (UK); p. 215.1-215.8; ISBN 0852983042; 
; 1975; Mechanical Engineering Pubs; London; International conference on creep and fatigue in elevated temperature applications; Philadelphia, USA; 23 Sep 1973
; 1975; Mechanical Engineering Pubs; London; International conference on creep and fatigue in elevated temperature applications; Philadelphia, USA; 23 Sep 1973