This review attempts to present first a brief summary of the up-to-date experimental studies
on amorphization transition, which results in the formation of amorphous alloys or metallic …

Recent progress in the understanding of metastable and equilibrium phase formation
induced by mechanical alloying (MA) of elemental powders is reviewed, with an emphasis …

A new method for the preparation of amorphous alloys is the mechanical alloying process.
So far, three amorphization reaction types were observed when this technique is used …

The theoretical background and implementation of “Miedema Calculator”, a thermodynamic
platform for predicting formation enthalpies of various alloys within framework of Miedema's …

The ordered fcc intermetallic compound Ni3Al was mechanically milled in a high energy ball
mill. The severe plastic deformation produced by milling induced transformations with …

A thermodynamic model for solid-state amorphization (SSA) at interfaces and grain
boundaries in binary systems has been proposed. It has been demonstrated that the energy …

A semiempirical theory is presented to calculate free-energy diagrams of glass-forming
alloys. The theory is based on the enthalpy of formation of the solid solution expressed as a …

The authors have recently used a combination of classical elasticity theory and Miedema's
model for the heat of formation of alloys to predict the glass-forming ranges of binary …

Immiscible alloys gained a considerable interest in last decades due to their valuable
properties and potential applications. Many experimental and theoretical researches were …

The preparation and characterization of metastable phases of the Al–Fe alloy system by
mechanical alloying are reported. In Al-rich (up to 10 at.% Fe) alloys, the supersaturated fcc …