This paper presents a model, which is capable to simulate the coarsening process observed
during thermo-mechanical treatment of binary tin–lead solders. Fourier transforms and …

Data-parallel accelerator devices such as Graphical Processing Units (GPUs) are providing
dramatic performance improvements over even multi-core CPUs for lattice-oriented …

The Cahn-Hilliard-Cook equation continues to be a useful model describing binary phase
separation in systems such as alloys and other physical and chemical applications. We …

Abstract The Cahn-Hilliard-Cook equation continues to be a useful model describing binary
phase separation in systems such as alloys and other physical and chemical applications …

ABSTRACT The Lotka-Volterra coupled system of equations describing relationships
between predators and prey has been applied to a number of spatial biological and …

Growth of biological material such as bacteria for medical or other purposes is difficult to
model generally. A number of competing processes occur in a typical bioreactor. We report …

Spatial agent models can be used to explore self-organizing effects such as pattern growth
and segregation. An approximate time line of key animat ideas and agent systems is …

Tablet computers are emerging as powerful platforms for educational and demonstration
software in areas like computational science and simulation which previously had needed …

Models based on spatial game theory continue to attract interest as platforms for studying
complex simulations such as ecological, socio-political and networked-agent systems. The …

Edge detection and morphological thinning techniques can be applied to images of cross-
sections of metallic alloys and other materials systems to analyse and characterise the …