A Literature Review To Predict Performance Analysis Of Miniature Loop Heat Pipe

ABSTRACT In Industries for cooling the different components of electronic equipment and desktop computers devices like fans blowers capillary pumped loop and loop heat pipe LHP are used. A literature study provide information that loop heat pipes are highly efficient heat-transfer devices capable of possessing mechanical flexibility and high adaptability to various operating conditions. A new generation of these devices miniature heat pipes can solve the problem of cooling of promising electronics and computer equipment with heat dissipation levels which are forecast to rise from current levels to high. The possibility of carrying research of miniature LHP parameters provides effects on the performance like choice of the working fluid the fill charge ratio the porous wick geometry and thermal properties etc for capacity improvement. Present research work aims to design and carry performance analysis by using several methodological techniques leading to improve the performance of miniature LHP. The recent research work also suggests that computational fluid dynamics CFD software which will predict different parameters and design components to be validated. By observations and results can be served as efficient parameters to solve complex heat and mass transfer problems. The present work will be supported with the aid of several statistical techniques to provide the empirical analysis and generate the conclusion.