International audienceIn this work, we numerically studied the influence of the partitions on the transfer of heat by natural convection and thermal radiation in a tilted cavity of an angle φ = 45° compared to the horizontal plane. The equations controlling the system are solved by the method of finished volumes. The cavity contains a number of partitions varying from 0 to 3. We concluded that: i) the thermal radiation increases the transfer of heat within the cavity, ii) more number of partitions is large, plus the transfer of heat is reduced-Dans ce travail, nous avons étudié numériquement l'influence des partitions sur le transfert de chaleur par convection naturelle et par rayonnement thermique dans une cavité inclinée d'un angle par ra...
AbstractTwo-dimensional numerical simulations have been performed to study natural convection in cir...
A numerical study of turbulent natural convection with thermal surface radiation inside an inclined ...
AbstractThe present work investigates numerically the effects of cavities’ aspect ratio and tilt ang...
International audienceIn this work, we numerically studied the influence of the partitions on the tr...
Laminar natural convection heat transfer inside Fluid-filled, tilted square cavities cooled at one s...
cited By 3A steady state and two-dimensional laminar free convection heat transfer in a partitioned ...
International audienceThe present paper is concerned with computation of the radiation-natural conve...
This paper concerns the modelization of free convection flows inside an isothermal rectangular cavit...
A numerical investigation of combined radiation and natural convection in slanted cavities of angle ...
International audienceThis work quantifies the natural convective heat transfer occurring in hemisph...
The simple basic theory of natural convection across openings in vertical partitions has been genera...
This study reports a numerical simulation of the natural convection combined with thermal radiation ...
Computational analysis is performed for turbulent free convection and surface thermal radiation in a...
AbstractNatural convection in cubical enclosure with hot surface geometry and partial partitions has...
This article focuses on the effect of radiative heat on natural convection heat transfer in a square...
AbstractTwo-dimensional numerical simulations have been performed to study natural convection in cir...
A numerical study of turbulent natural convection with thermal surface radiation inside an inclined ...
AbstractThe present work investigates numerically the effects of cavities’ aspect ratio and tilt ang...
International audienceIn this work, we numerically studied the influence of the partitions on the tr...
Laminar natural convection heat transfer inside Fluid-filled, tilted square cavities cooled at one s...
cited By 3A steady state and two-dimensional laminar free convection heat transfer in a partitioned ...
International audienceThe present paper is concerned with computation of the radiation-natural conve...
This paper concerns the modelization of free convection flows inside an isothermal rectangular cavit...
A numerical investigation of combined radiation and natural convection in slanted cavities of angle ...
International audienceThis work quantifies the natural convective heat transfer occurring in hemisph...
The simple basic theory of natural convection across openings in vertical partitions has been genera...
This study reports a numerical simulation of the natural convection combined with thermal radiation ...
Computational analysis is performed for turbulent free convection and surface thermal radiation in a...
AbstractNatural convection in cubical enclosure with hot surface geometry and partial partitions has...
This article focuses on the effect of radiative heat on natural convection heat transfer in a square...
AbstractTwo-dimensional numerical simulations have been performed to study natural convection in cir...
A numerical study of turbulent natural convection with thermal surface radiation inside an inclined ...
AbstractThe present work investigates numerically the effects of cavities’ aspect ratio and tilt ang...