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Model for thermal conductivity of CNT-nanofluids
Hrishikesh E. Patel, ,
Published in
2008
Volume: 31
   
Issue: 3
Pages: 387 - 390
Abstract
This work presents a simple model for predicting the thermal conductivity of carbon nanotube (CNT) nanofluids. Effects due to the high thermal conductivity of CNTs and the percolation of heat through it are considered to be the most important reasons for their anomalously high thermal conductivity enhancement. A new approach is taken for the modeling, the novelty of which lies in the prediction of the thermal behaviour of oil based as well as water based CNT nanofluids, which are quite different from each other in thermal characteristics. The model is found to correctly predict the trends observed in experimental data for different combinations of CNT nanofluids with varying concentrations. © Indian Academy of Sciences.
About the journal
JournalBulletin of Materials Science
ISSN02504707
Open AccessYes
Concepts (25)
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    Carbon nanotubes
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    Forecasting
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    Nanofluidics
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    Nanotechnology
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    Offshore oil well production
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    Oil well production
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    Thermal conductivity
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    Thermal insulating materials
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    Thermoanalysis
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    Thermodynamic properties
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    Thermoelectricity
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    Carbon nanotube
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    Carbon nanotube (cnt)
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    Experimental data
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    Heat transfer
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    HIGH-THERMAL CONDUCTIVITY
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    NANO-FLUIDS
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    NANO-SUSPENSION
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    Nanofluid
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    New approaches
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    OIL BASED
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    Simple modeling
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    THERMAL BEHAVIOUR
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    WATER BASED
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    Thermal conductivity of liquids