▪ Abstract The paper is about cellular automaton models in materials science. It gives an
introduction to the fundamentals of cellular automata and reviews applications, particularly …

Grain refinement of Zr–containing Al alloys has attracted extensive attention for many years
in both industry and academia, since “Zr–poisoning” phenomenon always happens when …

Книга посвящена обсуждению роли и областей эффективного применения
металловедения в черной металлургии: от производства стали, разработки …

The austenite-ferrite transformation is the key metallurgical tool to tailor properties of low
alloyed steels and remains an active area of research. Models have yet to be developed …

In this study, significant grain refinement of Al–10Si alloys was achieved by rapid growth
control induced by nanoparticles (NPs). Microstructure analysis revealed the three …

In industrial application, unintentional manufacturing line troubles often consequence in
heating raw materials excessively, in terms of either time or temperature. One of the effects …

The austenite decomposition into ferrite during continuous cooling in low-carbon steel has
been investigated with a two-dimensional cellular automaton (CA) approach. In this model …

In this work, novel TiC particles doped by trace amounts of B, referred to as TiC B, were
introduced to an Al-Mn alloy with the Al-TC B master alloy. The effects of the TiC B particles …

Usual heat treatments of steels like austenitization are generally conducted in air. In such
atmosphere, a part of the atoms of carbon could be removed from the superficial zone of …

A quasi-synchronous integration model is constructed in this paper by coupling a cellular
automaton (CA) model with a topology deformation technique for simulating the …