Copyright © 2014 IJRIST. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited. With the modern era of miniaturization of equipments, heat pipes have attracted major attention in the field of heat transfer. Nanofluids also have attracted a notable attention in recent days due to its superior heat transport properties. This review aim to compile the effect of nanofluid in heat pipes. Performance of different nanoparticles and different base-fluids are investigated. Most of the papers reviewed here reported an enhancement in performance of heat pipes. Existence of an optimum concentrat...
With the increase in requirement of advanced technical equipment , of which there basic initial work...
Abstract:- Nanofluid is employed as working medium for conventional 200 µm wide grooved circular hea...
Analytical models are utilized to investigate the thermal performance of rectangular and disk-shaped...
The addition of the nanoparticles to the base fluid is one of the significant issues to enhance the...
Normally conventional fluids are used in heat pipes to remove the heat based on a temperature range ...
With the increase in requirement of advanced technical equipment , of which there basic ...
With the increase in requirement of advanced technical equipment , of which there basic ...
A relatively new way for utilizing the thermal performance of heat pipes is to use nanofluids as wor...
In this paper study the heat transfer performance of a various shape heat pipe using aqueous nanoflu...
In this paper study the heat transfer performance of a various shape heat pipe using aqueous n...
In this paper study the heat transfer performance of a various shape heat pipe using aqueous n...
Nanofluids as an innovative class of heat transfer fluids created by dispersing nanometre-sizedmetal...
Nanofluids as an innovative class of heat transfer fluids created by dispersing nanometre-sizedmetal...
Analytical models are utilized to investigate the thermal performance of rectangular and disk-shaped...
Nanofluids as an innovative class of heat transfer fluids created by dispersing nanometre-sizedmetal...
With the increase in requirement of advanced technical equipment , of which there basic initial work...
Abstract:- Nanofluid is employed as working medium for conventional 200 µm wide grooved circular hea...
Analytical models are utilized to investigate the thermal performance of rectangular and disk-shaped...
The addition of the nanoparticles to the base fluid is one of the significant issues to enhance the...
Normally conventional fluids are used in heat pipes to remove the heat based on a temperature range ...
With the increase in requirement of advanced technical equipment , of which there basic ...
With the increase in requirement of advanced technical equipment , of which there basic ...
A relatively new way for utilizing the thermal performance of heat pipes is to use nanofluids as wor...
In this paper study the heat transfer performance of a various shape heat pipe using aqueous nanoflu...
In this paper study the heat transfer performance of a various shape heat pipe using aqueous n...
In this paper study the heat transfer performance of a various shape heat pipe using aqueous n...
Nanofluids as an innovative class of heat transfer fluids created by dispersing nanometre-sizedmetal...
Nanofluids as an innovative class of heat transfer fluids created by dispersing nanometre-sizedmetal...
Analytical models are utilized to investigate the thermal performance of rectangular and disk-shaped...
Nanofluids as an innovative class of heat transfer fluids created by dispersing nanometre-sizedmetal...
With the increase in requirement of advanced technical equipment , of which there basic initial work...
Abstract:- Nanofluid is employed as working medium for conventional 200 µm wide grooved circular hea...
Analytical models are utilized to investigate the thermal performance of rectangular and disk-shaped...