Staff View: A review on ultrasonic alchemy of oil-based nanofluids for cutting-edge dielectric and heat transfer oils

A review on ultrasonic alchemy of oil-based nanofluids for cutting-edge dielectric and heat transfer oils

Oil-based nanofluids can significantly improve dielectric and thermal performance across various applications. The dispersion dynamics of oil-based nanofluids rely on the intricate interplay of diverse microscopic forces acting upon the nanoparticles. Ultrasonication effectively manages these forces...

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Main Authors:	Farade R.A., Abdul Wahab N.I., Mansour D.-E.A., Junaidi N., Soudagar M.E.M., Rajamony R.K., AlZubaidi A.
Other Authors:	57210806269
Format:	Review
Published:	Elsevier B.V. 2025
Subjects:	Cutting tools Dispersions Gold nanoparticles Heat transfer Hybrid materials Metal nanoparticles Nanofluidics Sustainable development Thermal conductivity Cutting edges Dielectric performance Dielectrics property Dispersion stability Nanofluids Oil based Oil-based nanofluid Parameters correlations Performance Ultra-sonication Dielectric properties
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id	my.uniten.dspace-36443
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spelling	my.uniten.dspace-364432025-03-03T15:42:27Z A review on ultrasonic alchemy of oil-based nanofluids for cutting-edge dielectric and heat transfer oils Farade R.A. Abdul Wahab N.I. Mansour D.-E.A. Junaidi N. Soudagar M.E.M. Rajamony R.K. AlZubaidi A. 57210806269 24448826700 22962535400 59193591600 57194384501 57218845246 57761691500 Cutting tools Dispersions Gold nanoparticles Heat transfer Hybrid materials Metal nanoparticles Nanofluidics Sustainable development Thermal conductivity Cutting edges Dielectric performance Dielectrics property Dispersion stability Nanofluids Oil based Oil-based nanofluid Parameters correlations Performance Ultra-sonication Dielectric properties Oil-based nanofluids can significantly improve dielectric and thermal performance across various applications. The dispersion dynamics of oil-based nanofluids rely on the intricate interplay of diverse microscopic forces acting upon the nanoparticles. Ultrasonication effectively manages these forces to improve nanoparticle dispersion stability. However, researchers are still captivated by the complex understanding of the underlying mechanisms and parameter correlations. Ultrasonication fosters dispersion stability by breaking up clusters of nanoparticles and exfoliating nanosheets. Additionally, understanding the significance of ultrasonication on the thermo-dielectric performance of oil-based nanofluids using empirical equations is crucial. This review delves into the understanding the intricate mechanism and its significant influence on the performance of oil-based nanofluids, with a focus on sustainability and efficiency. The novelty of this study lies in in-depth examination of cutting-edge literature. The oil matrices encompassed in this study are dielectric and heat transfer fluids. The nanofillers encompassed are carbon-based, compounds, metal oxides, non-carbon two-dimensional (2D) materials, hybrid, functionalized, and doped nanoparticles. Moreover, comprehensive table emphasises base oil and nanofiller type, concentration, size, sonication type and time, and key findings. This work provides important insights into the effects of ultrasonication on the performance of oil-based nanofluids, underlying mechanisms, parameter correlations, and equations. Therefore, this review is highly valuable for researchers and practitioners, offering great opportunities for improvement. ? 2024 Final 2025-03-03T07:42:27Z 2025-03-03T07:42:27Z 2024 Review 10.1016/j.molliq.2024.125312 2-s2.0-85196965509 https://www.scopus.com/inward/record.uri?eid=2-s2.0-85196965509&doi=10.1016%2fj.molliq.2024.125312&partnerID=40&md5=f5df4a78cf9f3b743f24120116142690 https://irepository.uniten.edu.my/handle/123456789/36443 408 125312 Elsevier B.V. Scopus
institution	Universiti Tenaga Nasional
building	UNITEN Library
collection	Institutional Repository
continent	Asia
country	Malaysia
content_provider	Universiti Tenaga Nasional
content_source	UNITEN Institutional Repository
url_provider	http://dspace.uniten.edu.my/
topic	Cutting tools Dispersions Gold nanoparticles Heat transfer Hybrid materials Metal nanoparticles Nanofluidics Sustainable development Thermal conductivity Cutting edges Dielectric performance Dielectrics property Dispersion stability Nanofluids Oil based Oil-based nanofluid Parameters correlations Performance Ultra-sonication Dielectric properties
spellingShingle	Cutting tools Dispersions Gold nanoparticles Heat transfer Hybrid materials Metal nanoparticles Nanofluidics Sustainable development Thermal conductivity Cutting edges Dielectric performance Dielectrics property Dispersion stability Nanofluids Oil based Oil-based nanofluid Parameters correlations Performance Ultra-sonication Dielectric properties Farade R.A. Abdul Wahab N.I. Mansour D.-E.A. Junaidi N. Soudagar M.E.M. Rajamony R.K. AlZubaidi A. A review on ultrasonic alchemy of oil-based nanofluids for cutting-edge dielectric and heat transfer oils
description	Oil-based nanofluids can significantly improve dielectric and thermal performance across various applications. The dispersion dynamics of oil-based nanofluids rely on the intricate interplay of diverse microscopic forces acting upon the nanoparticles. Ultrasonication effectively manages these forces to improve nanoparticle dispersion stability. However, researchers are still captivated by the complex understanding of the underlying mechanisms and parameter correlations. Ultrasonication fosters dispersion stability by breaking up clusters of nanoparticles and exfoliating nanosheets. Additionally, understanding the significance of ultrasonication on the thermo-dielectric performance of oil-based nanofluids using empirical equations is crucial. This review delves into the understanding the intricate mechanism and its significant influence on the performance of oil-based nanofluids, with a focus on sustainability and efficiency. The novelty of this study lies in in-depth examination of cutting-edge literature. The oil matrices encompassed in this study are dielectric and heat transfer fluids. The nanofillers encompassed are carbon-based, compounds, metal oxides, non-carbon two-dimensional (2D) materials, hybrid, functionalized, and doped nanoparticles. Moreover, comprehensive table emphasises base oil and nanofiller type, concentration, size, sonication type and time, and key findings. This work provides important insights into the effects of ultrasonication on the performance of oil-based nanofluids, underlying mechanisms, parameter correlations, and equations. Therefore, this review is highly valuable for researchers and practitioners, offering great opportunities for improvement. ? 2024
author2	57210806269
author_facet	57210806269 Farade R.A. Abdul Wahab N.I. Mansour D.-E.A. Junaidi N. Soudagar M.E.M. Rajamony R.K. AlZubaidi A.
format	Review
author	Farade R.A. Abdul Wahab N.I. Mansour D.-E.A. Junaidi N. Soudagar M.E.M. Rajamony R.K. AlZubaidi A.
author_sort	Farade R.A.
title	A review on ultrasonic alchemy of oil-based nanofluids for cutting-edge dielectric and heat transfer oils
title_short	A review on ultrasonic alchemy of oil-based nanofluids for cutting-edge dielectric and heat transfer oils
title_full	A review on ultrasonic alchemy of oil-based nanofluids for cutting-edge dielectric and heat transfer oils
title_fullStr	A review on ultrasonic alchemy of oil-based nanofluids for cutting-edge dielectric and heat transfer oils
title_full_unstemmed	A review on ultrasonic alchemy of oil-based nanofluids for cutting-edge dielectric and heat transfer oils
title_sort	review on ultrasonic alchemy of oil-based nanofluids for cutting-edge dielectric and heat transfer oils
publisher	Elsevier B.V.
publishDate	2025
_version_	1825816230901055488
score	13.244413

A review on ultrasonic alchemy of oil-based nanofluids for cutting-edge dielectric and heat transfer oils

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