Our Experience

Mission-critical simulation capabilities for DOE, DOW, and national laboratory communities

ALEGRA Multiphysics Framework

High strain rate, magnetohydrodynamic, and high energy density physics simulation for DOE and DOW defense programs.

C++ FORTRAN MPI CUDA Python GitLab CI/CD Spack CMake

Flexi Multiphysics Framework

General fluid simulation environment for compressible and shock physics applications, including high-fidelity shock capturing technology.

FORTRAN MPI NVFORTRAN

Albany Multiphysics Framework

General engineering simulation environment for fluid and structural mechanics applications, including nuclear fuel performance modeling.

C++ Trilinos LCM Kokkos

HPC Code Modernization

Legacy multiphysics code modernization with CI/CD pipelines, containerization, and reproducible builds for classified environments.

GitLab CI/CD Docker Spack CMake Python

Rayleigh-Taylor Interface Modeling

General engineering simulation method development designed to more accurately analyze the evolution of multi-material interfaces in dynamic environments.

C++ FORTRAN Python MPI