Alloys produced by the selective-laser-melting process have excellent mechanical
properties and their microstructures are significantly different from conventional cast alloys …

Since the characteristic of dendrite is an important factor determining the performance of
castings, a two-dimensional cellular automaton model with decentered square algorithm is …

To predict the dendrite morphology and microstructure evolution in the solidification of
molten metal, numerically, lattice Boltzmann method (LBM)-cellular automata (CA) model …

The trace amount of air infiltration that may occur during the utilization of liquid hydrogen
may be confronted with a severe security risk. Considering the effect of convection, a six-fold …

A GPU-accelerated cellular automata-lattice Boltzmann combinatorial model is developed
for calculating the preferred growth, movement, and collision behavior of equiaxed crystals …

A quantitative cellular automaton (CA) model for dendritic and anomalous eutectic growth
has been developed. Solid/liquid (SL) interface curvature plays an important role on the …

Growth processes simulated on a regular cellular automaton grid with simple capture rules
are considerably influenced by the structure of the grid. Some of the growth directions are …

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

Cellular Automata (CA) is a qualitative simulation method widely used in complex systems.
However, the anisotropy of the bottom grid is influenced by the sharp boundary, which leads …

In this paper, an improved cellular automaton (CA) model with low grid anisotropy has been
implemented using the zigzag capture rule and growth anisotropy reduction with diffusion …