A homogenized model for size-effects in porous metals
Volume: 123, Pages: 222 - 233
Published: Feb 1, 2019
Abstract
A simple method for enriching conventional homogenized porous plasticity models with size-dependence for micron scale voids is proposed. A recent strain gradient plasticity theory with dissipative gradient effects is generalized to finite strains in order to quantify size-scale effects on void growth under different loading conditions. Based on numerical cell model studies for regularly distributed voids, the size-dependence of homogenized yield...
Paper Details
Title
A homogenized model for size-effects in porous metals
Published Date
Feb 1, 2019
Volume
123
Pages
222 - 233
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