Theoretical and applied studies of tungsten alloys with iron group metals (Me-W) are being
carried out worldwide, in the light of their versatile applications. The aim of this paper is to …

The application of the electron backscatter diffraction technique to the investigation of phase
transformations is reviewed. The wide variety of results obtained using this technique is …

The Kinetic Monte Carlo method provides a simple yet powerful and flexible tool for
exercising the concerted action of fundamental, stochastic, physical mechanisms to create a …

Many unremitting pursuits have been paid on designing microstructures to enhance the
strength-ductility synergy of metallic materials. In this work, laminated bimodal …

Tensile properties and plastic deformation behavior of the Ni/Ni-W laminated composites
with different thickness ratios of the Ni layer to the Ni-W layer were investigated …

Abstract The kinetic Monte Carlo method and its variants are powerful tools for modeling
materials at the mesoscale, meaning at length and time scales in between the atomic and …

Dislocation source-limited hardening and ductilization is an effective strategy to obtain
superior strength-ductility synergy in some engineering structural metals. Recent works …

Fatigue failure due to repetitive loading of metallic devices is a pervasive engineering
concern. The present work reveals extraordinary fatigue resistance in nanocrystalline (NC) …

The application of LIGA Ni and nanocrystalline binary Ni-X (X= W, Mo, Fe) alloys in the micro-
electro-mechanical systems is severely limited due to their strength and ductility trade-off at …

Enhancing the strength of metallic laminates through decreasing the constituent layer
thickness from micrometer to nanometer scale is usually accompanied by the degradation of …