The present article focuses on a discussion concerning the concept, method and detailed
construction procedure of seven interatomic potentials currently available for fcc, bcc and …

In this review article, first a brief summary is presented concerning the formation of
amorphous alloys (or metallic glasses) in binary metal systems by solid-state reaction of …

Molecular dynamics simulations have been employed to investigate the mechanical
response to uniaxial compression of metallic glass nanowires with radius in the range …

Molecular dynamics simulations have been employed to gain deeper insight into the
microscopic dynamics of crystalline solids when mechanical forces are applied. In particular …

Numerical calculations have been employed to study the early stages of mechanical
deformation processes due to the application of shear stress in a composite system …

Numerical calculations have been used to throw light on the mechanical deformation and
the atomic mixing processes taking place when two different metallic systems collide at low …

The molecular dynamics simulation has been performed to study the effects of temperature
on interdiffusion of Ni–Zr system. The simulated results indicate that the thickness of Ni/Zr …

An n-body potential is first constructed for the immiscible Cu-Ru system at equilibrium with
the aid of ab initio calculations for obtaining some physical properties necessary to fit the Cu …

An n-body potential for the Ni-Mo system is constructed based on the Finnis-Sinclair
formalism by using the physical properties obtained from first-principle calculations …

Molecular-dynamics simulation, based on an n-body potential, was performed to investigate
the amorphization process in the Ni-Zr bilayer and multilayers upon annealing at medium …