

Prof. Runnels and his group employ high performance computational techniques combined with rigorous theoretical and applied mechanics to develop new methods for materials simulation that enable predictive modeling for materials analysis and design.
They contributed to specific significant advancements in phase field modeling and grain boundary dynamics besides developing an advanced computational toolbox (Alamo) enabling efficient multi physics simulations.


Prof. Runnels and his group employ high performance computational techniques combined with rigorous theoretical and applied mechanics to develop new methods for materials simulation that enable predictive modeling for materials analysis and design.
They contributed to specific significant advancements in phase field modeling and grain boundary dynamics besides developing an advanced computational toolbox (Alamo) enabling efficient multi physics simulations.