Computational Investigation of Serious and Broad Properties of Nano Liquids

DOI

No DOI

Published In

Volume 3, Issue 2 (2023)

Published Online

March-April 2023

Pages

01-02

Article Type

Research Article

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: A colloidal combination of Nano-sized (<100 nm) particles in a base liquid called Nano-liquid, which is the new period of intensity trade liquid for various high temperature trade applications where transport credits are significantly higher than those of the base liquid. In the current review, the effects as a result of volume division on thermo-actual properties (Warm conductivity, Thickness, Explicit Endlessly heat Limit) with respect to CuO,Al2O3,TiO2,Fe3O4 with water and ethylene glycol based Nanofluids are probably investigated. The current work focuses on warm conductivity and intensity Limit of Nano liquids utilizing computational investigation. Results show that warm conductivity increases with volume portion for various Nano liquids with various level of-increase. Key Word: Explicit Intensity, Warm Conductivity, Intensity Limit, Thickness,