In this work, a novel computational model for the description of the temperature-and
composition-dependent isotropic interfacial energy in multicomponent alloys was first …

In this study, a Ti/Al clad plate was prepared by differential temperature rolling, where only
the titanium layer was heated. The effects of the rolling reduction and Ti layer heating …

Control of grain size during solidification is an important issue according to the desired
usage properties. In this study, both microstructure characterizations and numerical …

In this paper, an Open-source code for Interfacial Energy Calculation (OpenIEC,
https://github. com/openiec) was developed by following Kaptay's models (Acta Mater 60 …

Chemical composition is known to have significant effects on the grain refinement behavior
of inoculated Al alloys during solidification. In this study, the influences of solute contents on …

In the current study, we proposed a method of differential temperature rolling with
electromagnetic induction heating to prepare Ti/Al composite plates in a protective …

In this study, the traditional hot rolling to fabricate Al/Ti laminated metal composites (LMCs)
was improved by using a pre-rolling diffusion process. The effect of the pre-rolling diffusion …

Models for the prediction of the solid/liquid interfacial energy in pure substances and binary
alloys, respectively, are reviewed and extended regarding the temperature and …

Most of the secondary dendrite arm spacing (λ 2) growth models existing in the literature
deal with predictions for binary aluminum (Al) alloys. Only two solutions are available to …

The four-parameter model has been applied to study the thermodynamic properties like
excess free energy of mixing, free energy of mixing, activity coefficients, activity, excess …