Performance of Two Phase Copper Thermosyphon Operated with Cerium IV Oxide and Iron II, III Oxide Nano Fluid using Box-Behnken Design

Alagappan, N.; Karunakaran, N.; Rathnasabapathy, C.S.

doi:10.1016/j.matpr.2020.03.666

“…Alagappan et al [59] experimented on a nanofluid-filled thermosyphon following the Box-Behnken Design method. They reported that Fe 3 O 4 nanofluid offered better thermal efficiency relative to CeO 2 nanofluid attributed to enhanced convection between the container and nanosuspension.…”

Section: Numerical Researchesmentioning

confidence: 99%

An exploratory review on heat transfer mechanisms in nanofluid based heat pipes

SINGH,

PANDEY,

GUPTA

2023

Journal of Thermal Engineering

0

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The current study reviews the research on nanosuspension-enhanced heat pipe technologies. The reviewed studies are categorized based on the nanosuspension type incorporated in the heat pipe i.e., mono & hybrid. The study attempts to identify the heat transport modes in heat pipes and explore their dominance among each other. The dominance of the identified mech-anisms was found to be a strong function of the heat pipe type investigated and get signifi-cantly influenced by the operating conditions. The current review paper will aid in properly understanding the thermal mechanisms prevalent in heat pipes filled with nanosuspensions and to further optimizing their thermal response.

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A descriptive review of the thermal transport mechanisms in mono and hybrid nanofluid-filled heat pipes and current developments

Pandey

¹

,

Gupta

²

2022

Thermal Science and Engineering Progress

15

0

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An exploratory review on heat transfer mechanisms in nanofluid based heat pipes

SINGH,

PANDEY,

GUPTA

2022

Journal of Thermal Engineering

0

View full text Add to dashboard Cite

The current study reviews the research on nanosuspension-enhanced heat pipe technologies. The reviewed studies are categorized based on the nanosuspension type incorporated in the heat pipe i.e., mono & hybrid. The study attempts to identify the heat transport modes in heat pipes and explore their dominance among each other. The dominance of the identified mech-anisms was found to be a strong function of the heat pipe type investigated and get signifi-cantly influenced by the operating conditions. The current review paper will aid in properly understanding the thermal mechanisms prevalent in heat pipes filled with nanosuspensions and to further optimizing their thermal response.

show abstract

Performance of Two Phase Copper Thermosyphon Operated with Cerium IV Oxide and Iron II, III Oxide Nano Fluid using Box-Behnken Design

Cited by 4 publications

References 9 publications

An exploratory review on heat transfer mechanisms in nanofluid based heat pipes

An exploratory review on heat transfer mechanisms in nanofluid based heat pipes

A descriptive review of the thermal transport mechanisms in mono and hybrid nanofluid-filled heat pipes and current developments

An exploratory review on heat transfer mechanisms in nanofluid based heat pipes

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