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fluids | computational fluid dynamics @ MOX

Darr; Skip to Main Content. Turbulent and reactive flows. Research group at MOX is active in the development and application of innovative, accurate and efficient numerical methods for a variety of computational fluid dynamics problems. Main application areas are free surface flow. For boat design and environmental applications, fluid-structure interaction. Numerical methods for numerical weather prediction and climate simulation. Simulations of heat transfer problems.

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fluids | computational fluid dynamics @ MOX | fluids.mox.polimi.it Reviews

https://fluids.mox.polimi.it

Darr; Skip to Main Content. Turbulent and reactive flows. Research group at MOX is active in the development and application of innovative, accurate and efficient numerical methods for a variety of computational fluid dynamics problems. Main application areas are free surface flow. For boat design and environmental applications, fluid-structure interaction. Numerical methods for numerical weather prediction and climate simulation. Simulations of heat transfer problems.

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People | fluids

https://fluids.mox.polimi.it/people

Darr; Skip to Main Content. Turbulent and reactive flows. Questo sito o gli strumenti terzi da questo utilizzati si avvalgono di cookie necessari al funzionamento ed utili alle finalità illustrate nella cookie policy. Se vuoi saperne di più o negare il consenso a tutti o ad alcuni cookie,consulta la Cookie Policy. Chiudendo questo banner, scorrendo questa pagina, cliccando su un link o proseguendo la navigazione in altra maniera, acconsenti all’uso dei cookie.

2

Atmospheric flows | fluids

https://fluids.mox.polimi.it/atmospheric-flows

Darr; Skip to Main Content. Turbulent and reactive flows. Internal waves in stratified flow over a hill. We study and develop numerical methods for atmospheric flows. At different spatial scales in collaboration with research groups in climatology, meteorology and volcanology. Accurate and efficient numerical techniques for spatial and temporal discretization are employed, with special emphasis on DG methods. For space discretization and advanced semi-implicit and exponential. Some of our research areas:.

3

Turbulent and reactive flows | fluids

https://fluids.mox.polimi.it/turbulent-and-reactive-flows

Darr; Skip to Main Content. Turbulent and reactive flows. Turbulent and reactive flows. Turbulent and reactive flows. We deal with turbulence modeling. And simulation of turbulent flows. Recent research activities include:. RMS of longitudinal velocity. Development of anisotropic models for Large Eddy Simulation. 180 are plotted and compared to an isotropic model, to Direct Numerical Simulations and to experimental data. Turbulent convection between two infinite parallel planes. The fluid is in turbulent...

4

Free-surface flows | fluids

https://fluids.mox.polimi.it/free-surface-flows

Darr; Skip to Main Content. Turbulent and reactive flows. Many physical phenomena involving fluids are characterized by the presence of a free surface. Examples of such problems are environmental flows in rivers and lakes or the flow around a advancing boat. MOX researchers have been active in this field developing new numerical methods and efficient parallel code for solving complex free surface flows. Bathymetry of the Venice Lagoon. Free-surface flow around a rowing boat. View a list of publications.

5

Fluid-structure interaction | fluids

https://fluids.mox.polimi.it/fluid-structure-interaction

Darr; Skip to Main Content. Turbulent and reactive flows. The interaction between moving fluids and deforming structures plays an important role in many physical, engineering and biological systems. In the past few years at MOX, numerical methods for solving this fluid-structure interaction (FSI). Problems have been developed and analysed for different applications, ranging from blood-artery interaction in hemodynamics. To wind-sail interaction in sailing yacht design. Sail dynamics in yacht design.

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Darr; Skip to Main Content. Fluid mechanics (CZ only) 3 2. CFD – Computational Fluid Dynamics. Heat and Mass Transfer. Čeština) Malé vodní turbíny. Čeština) Čerpadla pro energetiku. Čeština) Hydrostatická čerpadla a převody. Čeština) Počitačová mechanika tekutin. Čeština) DĚJINY TECHNIKY – LETECTVÍ. Čeština) EXPERIMENTÁLNÍ MECHANIKA TEKUTIN A TERMODYNAMIKA. Čeština) MECHANIKA TEKUTIN – SEMINÁŘ. Čeština) TERMOMECHANIKA – SEMINÁŘ. Čeština) MALÉ VODNÍ TURBÍNY. Čeština) Státní závěrečná zkouška (Ing.). Fluid...

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fluids.mox.polimi.it fluids.mox.polimi.it

fluids | computational fluid dynamics @ MOX

Darr; Skip to Main Content. Turbulent and reactive flows. Research group at MOX is active in the development and application of innovative, accurate and efficient numerical methods for a variety of computational fluid dynamics problems. Main application areas are free surface flow. For boat design and environmental applications, fluid-structure interaction. Numerical methods for numerical weather prediction and climate simulation. Simulations of heat transfer problems.

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Micro Fluid Mechanics Lab, Seoul Natl Univ.

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FLUID DYNAMICS LAB, TAMU

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