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_{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