Numerical investigation of buoyancy-induced flow in a sealed rapidly rotating disc cavity

Numerical investigation of buoyancy-induced flow in a sealed rapidly rotating disc cavity

Feng Gao, Diogo B. Pitz, John W. Chew

ARTIGO

Português

Agradecimentos: Engineering and Physical Sciences Research CouncilEngineering & Physical Sciences Research Council (EPSRC) [EP/P004091]

This paper presents buoyancy-induced flow for a sealed rotating cavity with rotational Rayleigh number Ra in the range 10(7) - 10(9). DNS for an incompressible model with the Boussinesq approximation is compared with LES for a compressible gas flow model. The compressible solver's solutions show the...

Fechado

Numerical investigation of buoyancy-induced flow in a sealed rapidly rotating disc cavity

Feng Gao, Diogo B. Pitz, John W. Chew


										

Numerical investigation of buoyancy-induced flow in a sealed rapidly rotating disc cavity

Feng Gao, Diogo B. Pitz, John W. Chew

    Fontes

    International Journal of Heat and Mass Transfer

    Vol. 147 (Feb., 2020), n. art. 118860