Numerical PDEs/High-Order Discretization Modeling
We’re developing next-generation numerical methods to enable more accurate and efficient simulations of physical phenomena such as wave propagation, turbulent incompressible and high-speed reacting flows, shock hydrodynamics, fluid–structure interactions, and kinetic simulation. Our application-driven research is focused on designing, analyzing, and implementing new high-order finite difference, finite volume, and finite element discretization algorithms, with an emphasis on increased robustness, parallel scalability, and better utilization of modern computer architectures. View content related to Numerical PDEs/High-Order Discretization Modeling.
LLNL has named Will Pazner as Computation’s third Sidney Fernbach Postdoctoral Fellow in the Computing Sciences.
Livermore scientists are redesigning simulation software to leverage the capabilities of next-generation exascale computing.