Mold fluxes play a crucial role for the control and optimization of the continuous casting of
steel. The CaO-Al 2 O 3-SiO 2 system is gradually replacing the traditional CaF 2-based …

Geometrical model is an important part of the CALPHAD method and has been widely used
for the prediction of physicochemical properties of multicomponent systems. However, most …

In this work, viscosities of ternary Au–Ag–Cu and Al–Cu–Si liquid alloys have been
calculated as a function of gold, aluminium and copper compositions for the sections Au–Ag …

Experimental data in the literature are almost limited to determine the thermophysical
properties of multicomponent complex alloys, especially due to the inability of laboratories to …

Currently, no reliable model estimating the viscosity of liquid alloys with associates (s) is
available in the literature. Here, a new model is developed to estimate the viscosity of …

The simulation of casting processes demands accurate information on thermophysical
properties for selected alloys to properly feed the mathematical models. One of such …

Geometrical models have been successfully applied into the calculation of viscosity of
alloys. However, traditional geometrical (TG) models are feasible only in systems with a …

Purpose of this investigation is to predict the viscosity of liquid Fe–Ni, Fe–Cr, Ni–Cr and Fe–
Ni–Cr alloys at 1873 K. The activation energies of binary alloys were calculated by the …

The iso-viscosity curves of liquid Fe–Ni–Co ternary alloys at 1600° C were investigated with
considering the excess viscosity of ternary alloy by the means of three models (Kohler, Toop …

Abstract The new Budai–Benkő–Kaptay (BBK) equation has been recently derived for
estimation of the viscosity of liquid alloys. The application of that equation to ternary metallic …