molecular

Pushing liquids to their limits with next-gen materials simulation methods

Materials in industrial and engineering applications, such as iron and steel, are often used at extreme pressures and temperatures or in complex environments where their properties may be very different from those found under normal circumstances. Perhaps the most famous example of this in practice are the exterior tiles of the NASA Space Shuttle Columbia, […]

Continue reading

A new method for materials simulation

The ability to predict the properties of materials before they are fabricated, or to explore their behavior under conditions which are impractical to replicate under laboratory conditions (eg extreme temperatures or pressures) is critical for next generation materials design. Improving the predictive power of materials modelling guides planning and design, saves money, and can accelerate […]

Continue reading