Marc Miscevic
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View article: Measuring liquid film thickness during downflow condensation in a minichannel
Measuring liquid film thickness during downflow condensation in a minichannel Open
The availability of experimental liquid film thickness data during in-tube condensation heat transfer is fundamental for the development of reliable correlations for the design of condensers. During annular flow condensation, the heat tran…
View article: Coupling radiative, conductive and convective heat-transfers in a single Monte Carlo algorithm: A general theoretical framework for linear situations
Coupling radiative, conductive and convective heat-transfers in a single Monte Carlo algorithm: A general theoretical framework for linear situations Open
It was recently shown that radiation, conduction and convection can be combined within a single Monte Carlo algorithm and that such an algorithm immediately benefits from state-of-the-art computer-graphics advances when dealing with comple…
View article: LIQUID FILM AND INTERFACE CHARACTERISTICS DURING CONDENSATION IN VERTICAL DOWNFLOW
LIQUID FILM AND INTERFACE CHARACTERISTICS DURING CONDENSATION IN VERTICAL DOWNFLOW Open
Coupled measurements of liquid film thickness and heat transfer coefficient during condensation inside small diameter channels are rare in the literature due to the technical complexity of performing accurate measurements at such scale. Th…
View article: Optical Measurements Of Liquid Film Thickness During Condensation In A Small Diameter Tube
Optical Measurements Of Liquid Film Thickness During Condensation In A Small Diameter Tube Open
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View article: Heat transfer mechanisms during refrigerant condensation when varying inclination.
Heat transfer mechanisms during refrigerant condensation when varying inclination. Open
International audience
View article: Interfacial waviness during condensation heat transfer
Interfacial waviness during condensation heat transfer Open
Heat transfer coefficients and liquid film thickness have been measured during convective condensation inside a 3.4 mm internal diameter channel. Condensation tests have been run with refrigerant R245fa during vertical downflow at mass vel…
View article: Experimental investigation of a capillary-assisted high performance evaporator
Experimental investigation of a capillary-assisted high performance evaporator Open
A particular architecture for a miniaturized evaporator is proposed in which liquid is spread on the heat source using a thin capillary structure connected to two manifolds. The vapor produced by the heat source is extracted from the devic…
View article: A theoretical investigation of a controlled hybrid mechanical/capillary pumped loop
A theoretical investigation of a controlled hybrid mechanical/capillary pumped loop Open
A series hybrid mechanical/CPL system is a way to improve the performance characteristics over a plain CPL system, as demonstrated by Schweickart et al [1]. However, few hybrid loops actually operate because the control of the system remai…
View article: New measurement technique of liquid film thickness distribution with high spatial and temporal resolution: application to convective condensation in microgravity
New measurement technique of liquid film thickness distribution with high spatial and temporal resolution: application to convective condensation in microgravity Open
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View article: Modeling of Heat Transfers during Dropwise Condensation: Analyses of the Influential Parameters
Modeling of Heat Transfers during Dropwise Condensation: Analyses of the Influential Parameters Open
International audience
View article: High-efficiency cooling system for highly integrated power electronics for hybrid propulsion aircraft
High-efficiency cooling system for highly integrated power electronics for hybrid propulsion aircraft Open
A study of high-performance power electronics and their associated high efficiency cooling system is proposed in this work. The purpose of the research is to find, design, study and optimize high-efficiency power electronics cooling system…
View article: Heat transfer intensification in an actuated heat exchanger submitted to an imposed pressure drop
Heat transfer intensification in an actuated heat exchanger submitted to an imposed pressure drop Open
This paper is dedicated to the analysis of the improvement of heat transfer and the reduction of the pressure losses induced by the use of an active exchanger of millimeter size in a cooling loop. For pressure conditions imposed at the ter…
View article: Liquid cooling of a microprocessor: experimentation and simulation of a sub-millimeter channel heat exchanger
Liquid cooling of a microprocessor: experimentation and simulation of a sub-millimeter channel heat exchanger Open
A heat exchanger dedicated to the cooling of a microprocessor has been designed and realized. It consists of a bottom wall in contact with the processor and a cover that has been dug to a depth of 200 μm on one side and 1 mm on the other. …
View article: Experimental analysis of the effect of a wettability gradient on condensation heat transfer coefficient
Experimental analysis of the effect of a wettability gradient on condensation heat transfer coefficient Open
Papers presented at the 13th International Conference on Heat Transfer, Fluid Mechanics and Thermodynamics, Portoroz, Slovenia on 17-19 July 2017 .
View article: Pumping and heat transfer enhancement by wall's morphing
Pumping and heat transfer enhancement by wall's morphing Open
Papers presented to the 12th International Conference on Heat Transfer, Fluid Mechanics and Thermodynamics, Costa de Sol, Spain on 11-13 July 2016.
View article: Studying impacts of travelling wave shape on pumping for active cooling
Studying impacts of travelling wave shape on pumping for active cooling Open
International audience
View article: Heat transfer intensification and flow rate control in dynamic micro-heat exchanger
Heat transfer intensification and flow rate control in dynamic micro-heat exchanger Open
Papers presented at the 13th International Conference on Heat Transfer, Fluid Mechanics and Thermodynamics, Portoroz, Slovenia on 17-19 July 2017 .
View article: FROM 3D IMAGING OF STRUCTURES TO DIFFUSIVE PROPERTIES OF ANISOTROPIC CELLULAR MATERIALS
FROM 3D IMAGING OF STRUCTURES TO DIFFUSIVE PROPERTIES OF ANISOTROPIC CELLULAR MATERIALS Open
HAL is a multi-disciplinary open access archive for the deposit and dissemination of sci-entific research documents, whether they are pub-lished or not. The documents may come from teaching and research institutions in France or abroad, or…
View article: Heat transfer enhancement by dynamic corrugated heat exchanger wall: Numerical study
Heat transfer enhancement by dynamic corrugated heat exchanger wall: Numerical study Open
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View article: Control of ONB by Dynamic Actuation: An Open Question
Control of ONB by Dynamic Actuation: An Open Question Open
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View article: An Innovative Solution to Enhance the Performance of Classical Heat Exchanger for Cooling Devices
An Innovative Solution to Enhance the Performance of Classical Heat Exchanger for Cooling Devices Open
International audience