Cyclic plastic material behavior leading to crack initiation in stainless steel under complex fatigue loading conditions

Facheris, G.

doi:10.3929/ethz-a-010108967

2014

DOI: 10.3929/ethz-a-010108967

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Cyclic plastic material behavior leading to crack initiation in stainless steel under complex fatigue loading conditions

G. Facheris¹

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2016

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Towards a Better Understanding of the Ratcheting Phenomenon

Taleb

Keller

2016

KEM

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In this work our goal is to better understand the origin of the cyclic accumulation of the inelastic strain (often called ratcheting) observed in 304L SS subjected to uniaxial cyclic stress control at room temperature. Recent works performed in the frame of small strain assumption attribute this phenomenon essentially to creep [1]. However, outside this frame, it seems that creep is not the only contributor in this phenomenon [2]. New experiments are performed here in order to investigate the role played by creep, cyclic softening, fatigue damage and ratcheting in this observation.

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Towards a Better Understanding of the Ratcheting Phenomenon

Taleb

Keller

2016

KEM

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Cyclic plastic material behavior leading to crack initiation in stainless steel under complex fatigue loading conditions

Cited by 1 publication

References 0 publications

Towards a Better Understanding of the Ratcheting Phenomenon

Towards a Better Understanding of the Ratcheting Phenomenon

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