2023
DOI: 10.1016/j.actamat.2023.118861
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Microstructural controls on the plastic consolidation of porous brittle solids

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“…, where c > 0 is the cohesion (or tensile strength) of the undamaged material and ζ > 0 gives the degree of postyield softening. Thus, initially, p c = c, then with accumulating volumetric plastic strain, p c increases toward zero naturally leading to material separation (Blatny et al, 2021(Blatny et al, , 2023Klár et al, 2016;Stomakhin et al, 2013;Wolper et al, 2019Wolper et al, , 2021. For more details on the numerical scheme and the elastoplastic law, please refer Supporting Information S1.…”
mentioning
confidence: 99%
“…, where c > 0 is the cohesion (or tensile strength) of the undamaged material and ζ > 0 gives the degree of postyield softening. Thus, initially, p c = c, then with accumulating volumetric plastic strain, p c increases toward zero naturally leading to material separation (Blatny et al, 2021(Blatny et al, , 2023Klár et al, 2016;Stomakhin et al, 2013;Wolper et al, 2019Wolper et al, , 2021. For more details on the numerical scheme and the elastoplastic law, please refer Supporting Information S1.…”
mentioning
confidence: 99%