The aim of this review is to succinctly review recent progress in experimental and theoretical
investigation of the viscosity of binary and multicomponent Ni–Al-based industrial alloys …

Surface tension of some liquid simple metals has been investigated employing the hard
sphere theories which were derived from the first and second order approximations of the …

Abstract The validity of Stokes− Einstein (SE) relations obtained from both slip and stick
boundary conditions has been investigated for an extending temperature range …

Simulation of casting and joining processes and experimental planning are closely related
to liquid metallic materials' thermophysical properties. Thermophysical properties datasets of …

Abstract The validity of Stokes-Einstein (SE) relations in liquid noble metals namely Cu, Ag
and Au over a wide temperature range has been studied using Dzugutov's scaling scheme …

Surface tensions of liquid transition metals of the 3 d, 4 d and 5 d series have been
calculated using modified Mayer's formula involving hard sphere (HS) interaction of liquids …

Abstract The effective Wills–Harrisson pair interaction in liquid gold near the melting
temperature is studied. Its dependence on the fraction of the d-electron overlappings …

We have studied the surface tension of all liquid transition and noble metals using extended
Mayer's empirical formula. For interionic interaction in metals, Bretonnet and Silbert (BS) …

We have studied the atomic transport coefficients namely diffusion coefficients and shear
viscosities of liquid transition metals of the 3d, 4d and 5d series by applying universal …

The self-diffusion coefficients, D, of liquid Fe at different temperatures have been
investigated using hard sphere (HS) theory and universal scaling laws (USLs). Inter-ionic …