| Openslaed » Облако тегов » 8482 |
NUMECA HEXPRESS™/Hybrid v3.1-2 x86 x64 Win/Linux –SSQ
NUMECA HEXPRESS™/Hybrid v3.1-2 x86 x64 Win/Linux –SSQ
NUMECA HEXPRESS™/Hybrid v3.1-2 x86 x64 Win/Linux -SSQ | 1.75GB
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 x86 x64 Win/Linux -SSQ | 1.75GB
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 x86 x64 Win/Linux –SSQ
NUMECA HEXPRESS™/Hybrid v3.1-2 x86 x64 Win/Linux –SSQ
NUMECA HEXPRESS™/Hybrid v3.1-2 x86 x64 Win/Linux -SSQ | 1.75GB
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 x86 x64 Win/Linux -SSQ | 1.75GB
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