The advantages of gas-phase synthesis of nanoparticles in terms of size control and
flexibility in choice of materials is well known. There is increasing interest in synthesizing …

An attempt has been made to establish experimentally the temperature along the metastable
eutectic in the Fe–C–Si system, down to the invariant three-phase eutectic involving …

The aim of this work was to derive new quality criteria based on steel composition and
cooling pattern for continuous casting and for the subsequent cooling and reheating …

The possibility of changing the dendritic microstructure associated with the conventional
casting processes of hypoeutectic Al-Si alloys to non-dendritic microstructure by using the …

In this study, a set of thermodynamic, kinetic, and microstructure data is presented to
simulate the non-equilibrium solidification of Fe-Al-Mn-Si-C alloys. The data were further …

The present study proposes a novel approach to predict the transition temperature at which
the metastable zone changes to the labile zone during the undercooling of hypereutectic Al …

Fe silicocarbides (SCs) in high-Si alloyed cast irons and steels have been frequently
investigated in literature. The nature of SCs in these materials, however, has been …

Abstract The Thermodynamic Iron Alloy Database (IAD) has been developed since 2000 to
provide consistent thermodynamic data for modeling solidification of steels. This work …

The study of the structural components of Fe-Mn-Si-Ti-Al-NC with the carbon content of 0.50-
0.60%(wt.), Silicon 0.80-0.90%(wt.), Manganese 0.90-0.95%(wt.), Aluminum-0.20 …

Thermodynamic optimizations of the ternary Fe-B-Mo system and its binary sub-system B-
Mo are presented. The Fe-B-Mo description is then extended to the quaternary Fe-B-Cr-Mo …