The proceedings of the JSME annual meeting
Online ISSN : 2433-1325
2004.1
Session ID : 949
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Creep-Fatigue Properties of 316LC Steel : under Proportional Push-Pull and Cyclic Torsion Loadings
Katuyuki TOKIMASATadahiro TANI
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CONFERENCE PROCEEDINGS FREE ACCESS

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Abstract
Fully reversed constant strain amplitude PC and CP tests were conducted on 316LC austenitic stainless steel thin-walled tubular specimens at 1023K in air under proportional push-pull and cyclic torsion loadings. The experimental data were analyzed based on the strainrange partitioning concept, and the partitioned equivalent inelastic strain range Δε_<ij> versus life N_<ij> relations (ij=pc,cc) were obtained, and the values of multiaxiality factor MF at the peak equivalent stress were determined for all of them. The effect of stress state on the partitioned inelastic strain range versus life relations was examined by comparing the results obtained in the present study with
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© 2004 The Japan Society of Mechanical Engineers
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