Add to ORKGThe experimental results with a working model of the electrohydrodynamic (EHD) heat pipe are presented along with descriptions of the experimental device and its operation. Conclusions reached are: (1) EHD flow structures can be used to provide liquid communication between the condenser and evaporator of a heat pipe. (2) The voltage provides a remote electrical servo linkage of possible use in certain thermal control applications. (3) At least one hybrid flow structure, utilizing capillary and electrohydrodynamic forces, has been found functional. Proposed further experiments are discussed
In this communication, a grooved flat plate heat pipe is considered with an electric field applied ...
In the last decade, the continuous development of electronics components has pointed out the need fo...
An experimental study of heat transfer performance in varying angle heat pipe is carried out in this...
Experimental and theoretical applications to electrohydrodynamic heat pipe (EHDHP) research are pres...
The principles of electrohydrodynamic heat pip operation are first discussed. Evaporator conductance...
Performance capabilities of electrohydrodynamic (EHD) flat heat pipes were investigated using Freon ...
The effect of a nonuniform electrostatic field on insulating dielectric liquids in heat pipes was st...
The increases in power demand and associated thermal management requirements of future space program...
A theoretical analysis for predicting the onset of the Kelvin-Helmholtz instability is reported. The...
The objective of this program was to investigate analytically and experimentally the performance of ...
Electrowetting heat pipes (EHPs) are a newly conceptualized class of heat pipes, wherein the adiabat...
AbstractThermal management of electronics is a contemporary issue in research field. Pulsating heat ...
This project aims to demonstrate the feasibility and value of using electrohydrodynamic (EHD) inside...
Short state-of-the-art on the enhancement of condensation heat transfer techniques by means of conde...
The electric field applied in dielectric fluids causes an imbalance in the dissociation-recombinatio...
In this communication, a grooved flat plate heat pipe is considered with an electric field applied ...
In the last decade, the continuous development of electronics components has pointed out the need fo...
An experimental study of heat transfer performance in varying angle heat pipe is carried out in this...
Experimental and theoretical applications to electrohydrodynamic heat pipe (EHDHP) research are pres...
The principles of electrohydrodynamic heat pip operation are first discussed. Evaporator conductance...
Performance capabilities of electrohydrodynamic (EHD) flat heat pipes were investigated using Freon ...
The effect of a nonuniform electrostatic field on insulating dielectric liquids in heat pipes was st...
The increases in power demand and associated thermal management requirements of future space program...
A theoretical analysis for predicting the onset of the Kelvin-Helmholtz instability is reported. The...
The objective of this program was to investigate analytically and experimentally the performance of ...
Electrowetting heat pipes (EHPs) are a newly conceptualized class of heat pipes, wherein the adiabat...
AbstractThermal management of electronics is a contemporary issue in research field. Pulsating heat ...
This project aims to demonstrate the feasibility and value of using electrohydrodynamic (EHD) inside...
Short state-of-the-art on the enhancement of condensation heat transfer techniques by means of conde...
The electric field applied in dielectric fluids causes an imbalance in the dissociation-recombinatio...
In this communication, a grooved flat plate heat pipe is considered with an electric field applied ...
In the last decade, the continuous development of electronics components has pointed out the need fo...
An experimental study of heat transfer performance in varying angle heat pipe is carried out in this...