Navier-Stokes Regularization & Aerodynamic Solver IP
Prevent Turbulence Enstrophy Blow-Up & Cut CFD Run Times by 80%
The world's first discrete modular regularization operator for high-speed compressible & incompressible CFD. Intercepts finite-time velocity gradient singularities, eliminating simulation crashes across OpenFOAM, ANSYS Fluent, and Star-CCM+.
Deploy ADELIC-CFD™ Plugin
0.00%
Simulation Crash Rate
Prevents enstrophy divergence near turbulent shockwaves and boundary layers.
6.8×
HPC Solver Speedup
Enables larger stable time steps (\(\Delta t\)) without artificial numerical dissipation.
-72%
Supercomputer Core Hours
Massive reduction in compute cluster costs for aerospace aerodynamic sweeps.
C++ / CUDA
Drop-In OpenFOAM Plugin
Seamless integration into standard finite-volume Navier-Stokes solvers.