A novel CFD code, named DynHoLab (Dynamic High-order Laboratory), is developed combining Python and Fortran languages. This enables fast development in a flexible, general and modular Python environment along with high CPU performance characteristic of Fortran language. At the present stage of development, the code is oriented towards the numerical simulation of compressible flows using high-order finite volume schemes (up to 7 th order of accuracy) on block-structured meshes.
The high-order dynamic computational laboratory for CFD research and applications
CINNELLA, Paola;
2013-01-01
Abstract
A novel CFD code, named DynHoLab (Dynamic High-order Laboratory), is developed combining Python and Fortran languages. This enables fast development in a flexible, general and modular Python environment along with high CPU performance characteristic of Fortran language. At the present stage of development, the code is oriented towards the numerical simulation of compressible flows using high-order finite volume schemes (up to 7 th order of accuracy) on block-structured meshes.File in questo prodotto:
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