Add to ORKGIn this paper three-dimensional turbulent natural convection heat transfer in a simplified solar receiver open cavity is studied. Smagorinsky-LES (Large Eddy Simulation) model is chosen for turbulence flow computation. The validity of the Boussinesq approximation for this problem is discused due to large difference of temperatures between the air and the receiver. Rayleigh numbers up to 10^13 are considered in this work.Peer Reviewe
This purpose is about a 3-D study of natural convection within cavities. This problem is receiving m...
In the present work, turbulent natural convection in a tall differentially heated cavity of aspect r...
In order to study the effect of convection-radiation coupling occurring in the air gap of a solar th...
In this paper, three-dimensional turbulent natural convection heat transfer in an open cavity with a...
Turbulent flow in a water-filled rectangular parallelepiped tank of an integrated solar collector is...
This purpose is about a 3-D study of natural convection within cavities. This problem is receiving m...
A 3-dimensional computational fluid dynamics (CFD) model was developed to obtain the heat transfer f...
Abstract: In this work, we considered natural convection in a three dimensional rectangular enclosur...
This paper presents the results of mathematical modelling of turbulent natural convection under cond...
The objective of this study is to conduct a numerical investigation of turbulent natural convection ...
Heat and mass transfer in many systems are widely accomplished applying natural convection process d...
The growing interest in the study of natural convection in geometrically complex enclosures with res...
Turbulent natural convection with surface thermal radiation in air-filled enclosures has been invest...
For the prediction of convective heat loss from solar concentrating receiver cavities a number of em...
Turbulent natural convection with the interaction of surface radiation in square enclosure has been ...
This purpose is about a 3-D study of natural convection within cavities. This problem is receiving m...
In the present work, turbulent natural convection in a tall differentially heated cavity of aspect r...
In order to study the effect of convection-radiation coupling occurring in the air gap of a solar th...
In this paper, three-dimensional turbulent natural convection heat transfer in an open cavity with a...
Turbulent flow in a water-filled rectangular parallelepiped tank of an integrated solar collector is...
This purpose is about a 3-D study of natural convection within cavities. This problem is receiving m...
A 3-dimensional computational fluid dynamics (CFD) model was developed to obtain the heat transfer f...
Abstract: In this work, we considered natural convection in a three dimensional rectangular enclosur...
This paper presents the results of mathematical modelling of turbulent natural convection under cond...
The objective of this study is to conduct a numerical investigation of turbulent natural convection ...
Heat and mass transfer in many systems are widely accomplished applying natural convection process d...
The growing interest in the study of natural convection in geometrically complex enclosures with res...
Turbulent natural convection with surface thermal radiation in air-filled enclosures has been invest...
For the prediction of convective heat loss from solar concentrating receiver cavities a number of em...
Turbulent natural convection with the interaction of surface radiation in square enclosure has been ...
This purpose is about a 3-D study of natural convection within cavities. This problem is receiving m...
In the present work, turbulent natural convection in a tall differentially heated cavity of aspect r...
In order to study the effect of convection-radiation coupling occurring in the air gap of a solar th...