In this study, heat transfer and pressure drop characteristics of air flow in corrugated channels have been experimentally investigated. Experiments were performed on channels of uniform wall heat flux and varied Reynolds Number (Re) from 2000 to 9000. Four different types, two sharp and two rounded corrugation peak, finned plates are used in present experiments. The effects of channel height on heat transfer and pressure drop are obtained and discussed. The increase of corrugated angle and channel height tends to increase heat transfer. (C) 2013 Elsevier Ltd. All rights reserved
Natural convection heat transfer characteristics in converging vertical channel flows were studied b...
Ventilation air heat recovery used in building energy conservation involves simultaneous heat and mo...
The turbulent fluid flow and heat transfer were numerically studied through backward-facing step com...
In this study, heat transfer rate for sinusoidal corrugated channel has been experimentally investig...
Experiments were performed to determine forced convection heat transfer coefficients and friction fa...
This study presents the numerical results relative to the development of heat transfer and pressure ...
The convective heat transfer characteristics in a periodic two-dimensional corrugated channel are in...
Convection heat transfer of turbulent flow between two corrugated plates in the presence of buoyancy...
The present work is a contribution to study of convective heat transfer coefficient inside a rectang...
In the present work, a numerical investigation is made on the flow characteristics and heat transfer...
Convective heat transfer and friction factor properties for periodic undulating channels are numeric...
International audienceThe effect of hydrodynamic conditions on the enhancement of heat transfer for ...
Natural, forced and mixed convection heat transfer in a vertical cross-corrugated channel have been...
Özçelik, Güven (Arel Author)The characteristics of convective heat transfer and friction factor for ...
The convective heat transfer and flow field characteristics through a backward-facing step (BFS) cha...
Natural convection heat transfer characteristics in converging vertical channel flows were studied b...
Ventilation air heat recovery used in building energy conservation involves simultaneous heat and mo...
The turbulent fluid flow and heat transfer were numerically studied through backward-facing step com...
In this study, heat transfer rate for sinusoidal corrugated channel has been experimentally investig...
Experiments were performed to determine forced convection heat transfer coefficients and friction fa...
This study presents the numerical results relative to the development of heat transfer and pressure ...
The convective heat transfer characteristics in a periodic two-dimensional corrugated channel are in...
Convection heat transfer of turbulent flow between two corrugated plates in the presence of buoyancy...
The present work is a contribution to study of convective heat transfer coefficient inside a rectang...
In the present work, a numerical investigation is made on the flow characteristics and heat transfer...
Convective heat transfer and friction factor properties for periodic undulating channels are numeric...
International audienceThe effect of hydrodynamic conditions on the enhancement of heat transfer for ...
Natural, forced and mixed convection heat transfer in a vertical cross-corrugated channel have been...
Özçelik, Güven (Arel Author)The characteristics of convective heat transfer and friction factor for ...
The convective heat transfer and flow field characteristics through a backward-facing step (BFS) cha...
Natural convection heat transfer characteristics in converging vertical channel flows were studied b...
Ventilation air heat recovery used in building energy conservation involves simultaneous heat and mo...
The turbulent fluid flow and heat transfer were numerically studied through backward-facing step com...