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NATURAL CONVECTION FROM A HORIZONTAL CYLINDER -TURBULENT REGIME


CĂLIMAN RADU, FLORESCU DANIELA
UNIVERSITY OF BACĂU, ROMANIA

Issue:

MOCM, Number 6

Section:

Issue No. 6 (2000)

Abstract:

a two-equation model has been adopted in obtaining numerical solution of turbulent natural from an isothermal horizontal circular cylinder The k-e model employed in this study characterizes turbulence through the kinetic energy and its volumetric rate of dissipation The transport equations for these two variables, along those for time - averaged stream function, vorticity, and temperature, form a closed set of five coupled partial differential equations These equations are solved for the entire flow domain, without boundary layer approximations.

Keywords:

natural convection, turbulence modeling, heat transfer.

Code [ID]:

MOCM200006V00S01A0016 [0000552]


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