LIBPARANUMAL FLOW SIMULATIONS

 

ISOTHERMAL COMPRESSIBLE NAVIER-STOKES: FLOW PAST A T SHAPE

Compressible Navier-Stokes flow past a T shape modeled using the libParanumal GPU accelerated discontinuous Galerkin based flow solver. 


Specs: Reynolds number ~ 5K. Mach number ~0.2


Simulation by Ali Karakus.

INCOMPRESSIBLE NAVIER-STOKES: FLOW PAST A T SHAPE

Incompressible Navier-Stokes flow past a T shape modeled using the libParanumal GPU accelerated discontinuous Galerkin based flow solver.


Specs: Reynolds number ~ 5K. 


Simulation by Ali Karakus.

ISORTHERMAL GALERKIN-BOLTZMANN: FLOW PAST A T SHAPE

Compressible Galerkin-Boltzmann gas kinetic flow past a T shape modeled using the libParanumal GPU accelerated discontinuous Galerkin based flow solver.


Specs: Reynolds number ~ 5K. Mach number ~0.2


Simulation by Ali Karakus.

ISOTHERMAL COMPRESSIBLE NAVIER-STOKES: FLOW PAST A NACA5012 AIRFOIL

Simulation info: Re=1e4, mesh of 32K triangle elements, degree 4, discontinuous Galerkin discretization computed on one NVIDIA P100 GPU in 90 minutes including file output.

Simulation by Nick Polidoro.

 

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