Displaced enhancement devices are inserts positioned inside pipes that increase the heat transfer rate. This study presents an original application of an inverse analysis technique to experimental infrared temperature data to estimate the local convective heat flux for forced convection flow in a pipe in which this kind of device is present. Butterfly-shaped inserts have been investigated to determine their local and global thermal performance. The insert produces a distortion in the velocity profile that causes an irregular distribution of the wall heat flux along the circumferential coordinate. Several studies have investigated displaced enhancement devices, but they generally considered only the overall heat transfer performance. The pre...
In the context of an experimental study designed to retrieve the local heat transfer characteristics...
International audienceThis study deals with the solution of an inverse problem in a flat mini-channe...
ABSTRACT A method using temperature oscillations to measure local convection coefficients from the o...
A novel and advanced analysis tool, based on the resolution of the inverse heat conduction problem, ...
A promising solution in the field of passive two-phase heat transfer devices is represented by Pulsa...
A promising solution in the field of passive two-phase heat transfer devices is represented by Pulsa...
A promising solution in the field of passive two-phase heat transfer devices is represented by Pulsa...
Most of passive techniques for heat transfer enhancement (e.g. rough surfaces, swirl-flow devices an...
This paper presents and assesses an inverse heat conduction problem (IHCP) solution procedure which ...
The present paper presents the application of an inverse analysis approach to experimental infrared ...
International audienceModelling fluid flow and heat transfer inside a mini-or micro-channel constitu...
Convective heat transfer, due to axial flow fans impinging air onto a heated flat plate, is investig...
The present paper presents the application of an inverse analysis approach to experimental infrared ...
Wall curvature is a widely used technique to passively enhance convective heat transfer that has als...
[Departement_IRSTEA]Ecotechnologies [TR1_IRSTEA]SPEEInternational audienceA methodology was develope...
In the context of an experimental study designed to retrieve the local heat transfer characteristics...
International audienceThis study deals with the solution of an inverse problem in a flat mini-channe...
ABSTRACT A method using temperature oscillations to measure local convection coefficients from the o...
A novel and advanced analysis tool, based on the resolution of the inverse heat conduction problem, ...
A promising solution in the field of passive two-phase heat transfer devices is represented by Pulsa...
A promising solution in the field of passive two-phase heat transfer devices is represented by Pulsa...
A promising solution in the field of passive two-phase heat transfer devices is represented by Pulsa...
Most of passive techniques for heat transfer enhancement (e.g. rough surfaces, swirl-flow devices an...
This paper presents and assesses an inverse heat conduction problem (IHCP) solution procedure which ...
The present paper presents the application of an inverse analysis approach to experimental infrared ...
International audienceModelling fluid flow and heat transfer inside a mini-or micro-channel constitu...
Convective heat transfer, due to axial flow fans impinging air onto a heated flat plate, is investig...
The present paper presents the application of an inverse analysis approach to experimental infrared ...
Wall curvature is a widely used technique to passively enhance convective heat transfer that has als...
[Departement_IRSTEA]Ecotechnologies [TR1_IRSTEA]SPEEInternational audienceA methodology was develope...
In the context of an experimental study designed to retrieve the local heat transfer characteristics...
International audienceThis study deals with the solution of an inverse problem in a flat mini-channe...
ABSTRACT A method using temperature oscillations to measure local convection coefficients from the o...