Simulations

New high-resolution chemical insights reveal novel opportunities for making plastic production greener, more cost-effective and more efficient.

Cities of the future must brace for the impacts of climate change. Here’s how an integrated environmental modeling tool developed by A*STAR is helping Singapore’s urban planners rise to the challenge.

Computational fluid dynamics models and 3D printing are changing the way artificial ocean basins are designed.

Using computational tools, A*STAR researchers are learning how best to deploy air treatment systems across large urban areas.

Computer simulations help design molecules with potential as a cancer therapy

Computer simulations indicate that mixing silicon with other materials improves the diversity of nanoscale electronic devices

High-level simulations reveal that plastic deformation in super-resilient alloys is governed by atomic zones with characteristic lengths

Three-dimensional dynamic simulations shows how the surface morphology of a nanowire changes when subjected to annealing

Molecular dynamics simulations and theoretical scaling arguments reveal the effect of fluid flow on graphene

Density-based methods for characterizing molecular volume reveal how liquid mixtures behave at interfaces