The proceedings of the JSME annual meeting
Online ISSN : 2433-1325
2005.1
Session ID : 1331
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1331 Interior Pearlite Cracking Mechanism of Low carbon steel in Extremely Low Cycle Fatigue
Tasuku GOTOHYoshihito KUROSHIMASyoji HARADA
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Abstract
In the extremely low cycle fatigue, a transition of the fracture mode occurs from the surface to internal fracture with an increase in the plastic strain range. Such a transition is caused by an increase in the paerlite cracking inside the material. The pearlite cracking is greatly dependent on the own direction of lamellael in a pearlite grain. Work Hardening and paearlite grain turning under cyclic plastic strain affects an increase in the paearlite cracking.
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© 2005 The Japan Society of Mechanical Engineers
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