Applications

Refined tetrahedral mesh of a field effect transistor
Computational Microelectronics
SCOREC has worked with the microelectronics industry to develop a variety of simulation tool from massively parallel PDE solvers to AI/ML based estimators.
Parallel error estimation and mesh adaptation for an evolving geometry problem with a projectile moving through the barrel of a cannon
Fluid Flow Applications
Building on SCOREC computational tools, a variety of fluid flow applications have been targeted including highly turbulent flows, aerothermal flows, and multiphase flows with phase change. Many of these applications have been done in collaboration with industry.
Simulation result for an RF antenna in a tokamak fusion system
Modeling of Fusion Energy Systems
As part of the DOE Scientific Discovery through Advanced Computation project, SCOREC has developed exascale enabled unstructured mesh technologies that are integrated into multiple fusion energy system modeling codes.
Effective strain on a triangular mesh of the Thwaites glacier in Antarctica.
Modeling of Sea and Land Ice
As part of the DOE Scientific Discovery through Advanced Computation project, SCOREC has developed exascale enabled unstructured mesh technologies being integrated into land and sea ice modeling systems.
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