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The low-cycle fatigue (including extremely-low-cycle fatigue) behaviors of the FeMnC TWIP steels are comprehensively investigated focusing on the effects of the imposed strain amplitude and Mn content on the deformation and damage characteristics. It is found that fatigue performance varies obviously with increasing Mn content, though their tensile properties do not change much. With the increase...
The tensile, compressive and low-cycle fatigue properties of a rolled magnesium alloy Mg–2.8% Al–1.1% Zn–0.4% Mn (AZ31) along the transverse direction (TD) and rolling direction (RD) were investigated. The results show that both the strength and elongation of the TD samples are higher than those of the RD samples; consequently, the low-cycle fatigue properties of the TD samples are better than those...
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