Deformation twinning is an essential plastic deformation mechanism that realizes the trade–
off between strength and ductility. Twins nucleate and grow by the coordinated slip of partial …

The present work focuses on heat treatment effects on cyclic plasticity behavior, multiscale
strengthening mechanisms and low cycle fatigue performance of laser melting nickel-based …

The advantages offered by additive manufacturing over traditional processes has driven a
great deal of industrial and academic interest in recent years. However, the process is …

To improve the strength and plasticity of structural materials, researchers often introduce
various strengthening mechanisms such as second-phase strengthening, dislocation …

Creep can have a significant impact on the reliability of Sn-based solder alloys even at room
temperature because of their relatively low melting temperatures. SnAgCu (SAC) solder …

Hybrid multiscale agent-based models (ABMs) are unique in their ability to simulate
individual cell interactions and microenvironmental dynamics. Unfortunately, the high …

Molecular dynamics method and finite element analysis are applied for the analysis of the
stress field in the neighborhood of the crack tip in a copper plate with a single edge notch …

This paper introduces a scalable computational framework for optimal design under high-
dimensional uncertainty, with application to thermal insulation components. The thermal and …

Strain gradient plasticity theory addresses the plastic strain gradient induced hardening by
considering the internal stress and Taylor hardening associated with the geometrically …

Unraveling the deformation mechanism of materials under extremely high strain rate is
critical from both scientific and engineering viewpoints. The elastodynamic effect of 3D high …