Micropores are one of the critical factors affecting materials' performance and service life. As
the need for a deeper understanding of micropore evolution and damage mechanisms …

Previous research has predominantly focused on the evolution of damage related to voids,
while the understanding of void evolution under tension, compression, and even cyclic …

Void configuration plays an essential role in the deformation behavior of ductile metals; its
effects on intervoid interference has not been investigated systematically until now. In the …

In the present paper, an infinite face-centered cubic single crystal containing an isolated
cylindrical micron-sized void, which is subjected to proportional and monotonically uniform …

The mechanical performance of porous metal with assembly of pores mimicking typical
crystalline structures is studied via atomistic simulation and finite element method. The pore …

In a first effort, the dislocation structure and related mass transfer in a macroporous FCC
metal is studied via atomistic simulation. The interaction between the void and its periodic …

The stress-strain behavior and incipient yield surface of nanoporous single crystal copper
are studied by the molecular dynamics (MD) method. The problemis modeled by a periodic …

The tensile strength of nanoporous silver (AgNPs) is investigated by experiments and
molecular dynamic analysis. Effects of sintering temperature on the porosity and ultimate …

Accurately representing the process of porosity-based ductile damage in polycrystalline
metallic materials via computational simulations remains a significant challenge. The …

2D discrete dislocation dynamic modeling of compressed micro-pillars attached on a huge
base is executed to study the size-dependent microplastic behavior of micro-pillars and the …