Материалов:
1 005 012

Репозиториев:
30

Авторов:
596 024

По вашему запросу найдено документов: 7339

Страница 1 из 734

Assessing the protection provided by facepiece filtering respirator: New model involving spherical porous layer with annular peripheral opening solved by a computational fluid dynamic code FLUENT. Following the model validation, the efficiency

Numerical simulation and experiments on turbulent air flow around the semi-circular profile at zero angle of attack and moderate Reynolds number realized in six codes (VP2/3, SigmaFlow, Fluent, CFX, OpenFOAM, and StarCCM+) are used. An underestimation

Assessing the protection provided by facepiece filtering respirator: New model involving spherical porous layer with annular peripheral opening solved by a computational fluid dynamic code FLUENT. Following the model validation, the efficiency

Development of a High Performance Code for Hydrodynamic Calculations Using Graphics Processor Units for using graphics processor units. The implementation was carried out on the basis of the in-house CFD code

Моделирование международного бенчмарка OECD/NEA "Cold Leg Mixing CFD-UQ" по пакету программ "Логос" «РФЯЦ-ВНИИЭФ» международного бенчмарка OECD/NEA «Cold Leg Mixing CFD-UQ», посвященного исследованию

A combined method for calculating the trajectories of suspended particles particles in the hydrodynamic velocity fields is proposed. The method utilizes capabilities of existing CFD

About “Legitimization” of Numerical Modelling of Wind Impacts on Buildings and Structures in Design Codes (CFD) and its development prospects is presented. The main advantages and disadvantages of numerical

STUDY OF TURBULENT FLOW OVER А РС-9 TRAINER WING SECТION WIТH ТНЕ USE OF CFD FLOTRANSTUDY OF TURBULENT FLOW OVER А РС-9 TRAINER WING SECТION WIТH ТНЕ USE OF CFD FLOTRAN

Сравнительный анализ CFD-пакетов SigmaFlow и Ansys Fluent на примере решения ламинарных тестовых задачСравнительный анализ CFD-пакетов SigmaFlow и Ansys Fluent на примере решения ламинарных тестовых

A combined method for calculating the trajectories of suspended particles particles in the hydrodynamic velocity fields is proposed. The method utilizes capabilities of existing CFD

Страница 1 из 734