Section: Software
AIRONUM
Participant : Alain Dervieux [correspondant] .
aironum is an experimental software that solves the unsteady compressible Navier-Stokes equations with K-epsilon, LES-VMS and hybrid turbulence modelling on parallel platforms with Mpi as parallel programming concept. The mesh model is unstructured tetrahedrization, with possible mesh motion.
See also the web page http://www-sop.inria.fr/tropics/aironum .
aironum was developed by INRIA and university of Montpellier. It is used by INRIA, university of Montpellier and university of Pisa (I). aironum is used as an experimental platform for:
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Numerical approximation of compressible flows, such as upwind mixed element volume approximation with superconvergence on regular meshes.
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Numerical solution algorithms for the implicit time advancing of the compressible Navier-Stokes equations, such as parallel scalable deflated additive Schwarz algorithms.
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Turbulence modelling such as the Variational Multiscale Large eddy Simulation and its hybridization with RANS statistical models.