NUMECA HEXPRESS _ Hybrid 3.1_2 Windows x86, x64, linux x86 x64



The program HEXPRESSTM / Hybrid appeared on market as a response to the need for the European automotive companies in the fast and efficient Meschery (setkopostroitele), with which you can build grids for complex network topologies in extremely tight deadlines.

NUMECA HEXPRESS/_Hybrid v3.1_2 x86 x64 Win_Linux SSQ



HEXPRESS generates non-conformal body-fitted full hexahedral unstructured meshes on complex arbitrary geometries. In addition, the advanced smoothing capability provides high-quality boundary layers insertion. HEXPRESS and HEXPRESS/Hybrid use a similar volume-to-surface approach, suppressing the need for a surface mesh. Both systems run in batch or interactive mode and are interfaced to all major commercial CFD codes
.

NUMECA HEXPRESS??/Hybrid v3.1-2 Windows Linux x86 x64_SSQ



HEXPRESS?? generates non-conformal body-fitted full hexahedral unstructured meshes on complex arbitrary geometries. In addition, the advanced smoothing capability provides high-quality boundary layers insertion. HEXPRESS?? and HEXPRESS??/Hybrid use a similar volume-to-surface approach, suppressing the need for a surface mesh. Both systems run in batch or interactive mode and are interfaced to all major commercial CFD codes.

NUMECA HEXPRESS/Hybrid 3.1-2



Program HEXPRESSTM / Hybrid hit the market as a response to the need for the European automotive companies in the fast and efficient Meschery ( setkopostroitele ) , with which you can build grids for complex network topologies in extremely tight deadlines . At the moment, this, in our opinion, the only known tool that allows you to build a grid to calculate both the external and internal aerodynamics of such a complex object , such as a car , including the engine compartment and inner beauty , one day , starting directly from the "evil " geometry .

Numeca HEXPRESS/Hybrid 3.1-2



NUMECA International, leading developer and provider of CFD software systems for the multi-physics design simulation and optimization of industrial products and processes, has released an update to NUMECA HEXPRESS/Hybrid 3.1, is the latest of NUMECA's meshing tools designed for meshing complex geometries starting from unclean CAD data.

NUMECA FINE/OpenTM 3.1-2_SSQ



Program FINE / Open ( old name Fine / Hexa) - calculated CAE software package for solving general-purpose CFD problems in hydrodynamics , gas dynamics , aerodynamics ( simulation of complex internal and external flows ) .

NUMECA FINE/OpenTM v3.1-2 Windows Linux x86 x64_SSQ



FINE??/Open with OpenLabs?? is a powerful CFD Flow Integrated Environment dedicated to complex internal and external flows. FINE??/Open with OpenLabs solves any flow, from incompressible to low and high speed flows. It combines completely unstructured hexahedral grids with an efficient preconditioned compressible solver with fast agglomerated multigrid acceleration and adaptation techniques.

NUMECA FINE / OpenTM 3.1-2 Windows x86, x64, linux x86 x64



Year / Date : 2014
Version: 3.1-2
Developer: NUMECA International Inc.
Developer: www.numeca.com
Bit: 32bit +64 bit
Compatibility with Vista: unknown Compatible with Windows 7: complete Compatible with Windows 8: full
Language: English
Medicine: Present ( TeAM SolidSQUAD-SSQ )

NUMECA HEXPRESS/Hybrid v3.1-2 x86 x64 Win/Linux SSQ by vandit



HEXPRESS generates non-conformal body-fitted full hexahedral unstructured meshes on complex arbitrary geometries. In addition, the advanced smoothing capability provides high-quality boundary layers insertion. HEXPRESS and HEXPRESS/Hybrid use a similar volume-to-surface approach, suppressing the need for a surface mesh. Both systems run in batch or interactive mode and are interfaced to all major commercial CFD codes
.

NUMECA FINE/OpenTM v3.1-2 x86 x64 Win/Linux-SSQ by vandit



FINE/Open with OpenLabs is a powerful CFD Flow Integrated Environment dedicated to complex internal and external flows. FINE/Open with OpenLabs solves any flow, from incompressible to low and high speed flows. It combines completely unstructured hexahedral grids with an efficient preconditioned compressible solver with fast agglomerated multigrid acceleration and adaptation techniques.