It is well known that thermal buoyancy forces play a significant role in forced convection heat transfer when the flow velocity is relatively small and the temperature difference between the surface and the free stream is relatively large. It is clear from previous studies that the available results for horizontal plates are limited to small values of the buoyancy parameter. This fact motivated this study to provide results for mixed convection over heated horizontal plates for the entire range of the buoyancy parameter from pure forced to pure free convection
In a forced laminar convection flow over a horizontal plate, there are heat transfer problems of com...
Instability properties of mixed convection flow past horizontal and vertical plates are compared her...
Turbulent mixed convection adjacent to an isothermal vertical flat surface is analyzed for the buoya...
The effects of buoyancy-induced streamwise pressure gradients on laminar forced convective flow and ...
Mixed convection \ud ow of heat source modules mounted on a horizontal plate has been\ud studied num...
The effect of buoyancy on the stability of mixed convection flow over a horizontal plate has been st...
Local Nusselt numbers for laminar mixed convection flows along isothermal vertical, inclined, and ho...
Turbulent boundary layer flow adjacent to an isothermal horizontal flat plate is analyzed for the mi...
This paper is concerned primarily with mixed convection heat transfer process in external laminar bo...
The mixed convection flow past a horizontal plate being aligned through a small angle of attack to a...
In this paper, mixed convection in a horizontal channel, with the lower wall heated at uniform heat ...
Purpose–The purpose of this paper is to analyze the thermal and fluid dynamic behaviors of mixed con...
The mixed convection boundary layer flow over a heated horizontal plate is studied using high accura...
Mixed convection flow over heat source modules mounted on a horizontal plate has been studied numeri...
Buoyancy force can influence significantly the process of convective cooling of electronic component...
In a forced laminar convection flow over a horizontal plate, there are heat transfer problems of com...
Instability properties of mixed convection flow past horizontal and vertical plates are compared her...
Turbulent mixed convection adjacent to an isothermal vertical flat surface is analyzed for the buoya...
The effects of buoyancy-induced streamwise pressure gradients on laminar forced convective flow and ...
Mixed convection \ud ow of heat source modules mounted on a horizontal plate has been\ud studied num...
The effect of buoyancy on the stability of mixed convection flow over a horizontal plate has been st...
Local Nusselt numbers for laminar mixed convection flows along isothermal vertical, inclined, and ho...
Turbulent boundary layer flow adjacent to an isothermal horizontal flat plate is analyzed for the mi...
This paper is concerned primarily with mixed convection heat transfer process in external laminar bo...
The mixed convection flow past a horizontal plate being aligned through a small angle of attack to a...
In this paper, mixed convection in a horizontal channel, with the lower wall heated at uniform heat ...
Purpose–The purpose of this paper is to analyze the thermal and fluid dynamic behaviors of mixed con...
The mixed convection boundary layer flow over a heated horizontal plate is studied using high accura...
Mixed convection flow over heat source modules mounted on a horizontal plate has been studied numeri...
Buoyancy force can influence significantly the process of convective cooling of electronic component...
In a forced laminar convection flow over a horizontal plate, there are heat transfer problems of com...
Instability properties of mixed convection flow past horizontal and vertical plates are compared her...
Turbulent mixed convection adjacent to an isothermal vertical flat surface is analyzed for the buoya...