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• W2017770149 endingPage "76" @default.
• W2017770149 startingPage "55" @default.
• W2017770149 abstract "This article presents results relating macroscopic fatigue behavior to microplasticity, twinning activity, and early fatigue crack formation in wrought magnesium alloy specimens of the AZ series. Experimental data were obtained by testing standard-sized samples prepared to be also suitable for direct microstructural quantification using scanning electron microscopy and electron back scatter diffraction for texture, grain-scale observations and fractography, as well as surface morphology measurements using white-light interferometry. In addition, in situ nondestructive monitoring of the fatigue behavior was performed by using the Acoustic Emission method. To describe the plastic anisotropy, tension–compression asymmetry, pseudoelasticity and their evolution as a function of fatigue loading, strain-control experiments of varying amplitude were conducted in several steps. Experimental measurements at different stages of fatigue life revealed repeatable occurrences of twinning–detwinning, which is further shown to be coupled with reversible surface roughening. It was also found that although tension twinning contributes considerably to overall plasticity, it could also give rise to crack initiation towards the end of the fatigue life. The role of the reported microplasticity effects was additionally explored using a Continuum Dislocation Dynamics Viscoplastic Self-Consistent (CDD-VPSC) model for the first two cycles of the fatigue life. The intention of this section was to incorporate the effect of twinning–detwinning into the CDD-VPSC model and subsequently to capture the experimental effects associated with changes in the fatigue hysteresis observed between first and second cycle. These simulation results were consistent with the hypothesis that detwinning is responsible for the anomalous hardening behavior during the tensile part of the cyclic loading in the first few cycles of loading. This observation was confirmed for several imposed strain amplitudes and was achieved by properly defining an appropriate boundary condition that allows surface morphology changes. Furthermore, the experimental test plan allowed the quantification of the fatigue life in terms of hysteresis loop parameters including plastic/elastic energy, residual stiffness, as well as mean and extreme stresses. Finally, an energy-based relationship for the evaluation of fatigue behavior based on the Ellyin–Kujawski formulation was found to provide life predictions that agree with obtained experimental information." @default.
• W2017770149 created "2016-06-24" @default.
• W2017770149 creator A5018558455 @default.
• W2017770149 creator A5019860690 @default.
• W2017770149 creator A5024941495 @default.
• W2017770149 creator A5027652890 @default.
• W2017770149 creator A5038804251 @default.
• W2017770149 creator A5074367628 @default.
• W2017770149 creator A5079297343 @default.
• W2017770149 date "2015-05-01" @default.
• W2017770149 modified "2023-09-26" @default.
• W2017770149 title "Microstructure-sensitive investigation of magnesium alloy fatigue" @default.
• W2017770149 cites W1966848662 @default.
• W2017770149 cites W1972219273 @default.
• W2017770149 cites W1973554407 @default.
• W2017770149 cites W1974549272 @default.
• W2017770149 cites W1978718929 @default.
• W2017770149 cites W1979459991 @default.
• W2017770149 cites W1984297834 @default.
• W2017770149 cites W1984412060 @default.
• W2017770149 cites W1986589151 @default.
• W2017770149 cites W1986627990 @default.
• W2017770149 cites W1990457434 @default.
• W2017770149 cites W1991664983 @default.
• W2017770149 cites W1991824779 @default.
• W2017770149 cites W1993073707 @default.
• W2017770149 cites W1993232970 @default.
• W2017770149 cites W1993254642 @default.
• W2017770149 cites W1994550563 @default.
• W2017770149 cites W2000795336 @default.
• W2017770149 cites W2001295940 @default.
• W2017770149 cites W2004352348 @default.
• W2017770149 cites W2005064412 @default.
• W2017770149 cites W2005827075 @default.
• W2017770149 cites W2006234813 @default.
• W2017770149 cites W2007763027 @default.
• W2017770149 cites W2007989800 @default.
• W2017770149 cites W2010814146 @default.
• W2017770149 cites W2011527275 @default.
• W2017770149 cites W2012436632 @default.
• W2017770149 cites W2012497515 @default.
• W2017770149 cites W2017290161 @default.
• W2017770149 cites W2018281371 @default.
• W2017770149 cites W2019197437 @default.
• W2017770149 cites W2020137003 @default.
• W2017770149 cites W2020936479 @default.
• W2017770149 cites W2024851152 @default.
• W2017770149 cites W2027500732 @default.
• W2017770149 cites W2027646637 @default.
• W2017770149 cites W2027665780 @default.
• W2017770149 cites W2028131387 @default.
• W2017770149 cites W2030273263 @default.
• W2017770149 cites W2030549688 @default.
• W2017770149 cites W2030580193 @default.
• W2017770149 cites W2031935697 @default.
• W2017770149 cites W2046159077 @default.
• W2017770149 cites W2046694343 @default.
• W2017770149 cites W2050322282 @default.
• W2017770149 cites W2051620099 @default.
• W2017770149 cites W2054324764 @default.
• W2017770149 cites W2054864474 @default.
• W2017770149 cites W2055351267 @default.
• W2017770149 cites W2057803525 @default.
• W2017770149 cites W2058558900 @default.
• W2017770149 cites W2058644200 @default.
• W2017770149 cites W2059261538 @default.
• W2017770149 cites W2059286565 @default.
• W2017770149 cites W2061926800 @default.
• W2017770149 cites W2062380080 @default.
• W2017770149 cites W2063970767 @default.
• W2017770149 cites W2064773250 @default.
• W2017770149 cites W2065923936 @default.
• W2017770149 cites W2066415300 @default.
• W2017770149 cites W2067002280 @default.
• W2017770149 cites W2067374255 @default.
• W2017770149 cites W2067602839 @default.
• W2017770149 cites W2068427178 @default.
• W2017770149 cites W2069296232 @default.
• W2017770149 cites W2069476503 @default.
• W2017770149 cites W2078455884 @default.
• W2017770149 cites W2081892762 @default.
• W2017770149 cites W2084324445 @default.
• W2017770149 cites W2086566277 @default.
• W2017770149 cites W2090451707 @default.
• W2017770149 cites W2091557685 @default.
• W2017770149 cites W2094106520 @default.
• W2017770149 cites W2094915757 @default.
• W2017770149 cites W2095190676 @default.
• W2017770149 cites W2095508281 @default.
• W2017770149 cites W2096011825 @default.
• W2017770149 cites W2096105657 @default.
• W2017770149 cites W2101578543 @default.
• W2017770149 cites W2102595251 @default.
• W2017770149 cites W2113247183 @default.
• W2017770149 cites W2113680258 @default.
• W2017770149 cites W2119074279 @default.
• W2017770149 cites W2120394779 @default.
• W2017770149 cites W2131475680 @default.

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