_{Our Expertise Include:}

advanced architectures and programming models
advanced numerical methods for anisotropic diffusion
algorithms for ocean models and coupled model remapping
biogeochemistry
combustion modeling
computational fluid dynamics
consistent energy transfers
continuous time random walk methods
coupled ocean - sea ice - atmosphere boundary layer dynamics
coupled ocean atmosphere interactions
differentiable programming and machine learning
discontinuous Galerkin methods
discrete fracture network modeling
earth system modeling
ENO/WENO
explicit time integration algorithms for fdem/dem/fem
finite element methods
finite volume methods
fire behavior modeling
geostrophic balance
fracture and fragmentation solutions for continuum- and discontinuum-based simulation platforms
fully coupled polar and global earth system modeling
geophysical flows
global carbon cycle
helicity conservation
high-order numerical methods
HPC performance
efficient solvers and transport-stabilized discretizations
Lagrangian dynamics
Lagrangian hydrodynamics
large eddy simulation (LES) analysis and model development
linear and nonlinear solvers for PDES
machine learning
mesh generation
mimetic finite difference methods
model reduction
modeling and simulation of high strain rate processes
multi-material flows
multigrid methods
multiphase flows
numerical linear algebra
numerical modeling of subsurface flow and transport
parameterization (modeling) of turbulence in large scale ocean and atmosphere models
particulate formation
physical oceanography
quantum computing
reduced order modeling
residual distribution
sea ice mechanics
structure preserving finite element methods
synthesis of satellite measurements with earth system models
time integration methods for numerical pdes
turbulence modeling reactive flows
uncertainty quantification methods
wave

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