FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4319007918> ?p ?o ?g. }

• W4319007918 endingPage "597" @default.
• W4319007918 startingPage "597" @default.
• W4319007918 abstract "Advancements in technology related to energy systems, such as heat exchangers, electronics, and batteries, are associated with the generation of high heat fluxes which requires appropriate thermal management. Presently, conventional thermal fluids have found limited application owing to low thermal conductivity (TC). The need for more efficient fluids has become apparent leading to the development of nanofluids as advanced thermal fluids. Nanofluid synthesis by suspending nano-size materials into conventional thermal fluids to improve thermal properties has been extensively studied. TC is a pivotal property to the utilization of nanofluids in various applications as it is strongly related to improved efficiency and thermal performance. Numerous studies have been conducted on the TC of nanofluids using diverse nanoparticles and base fluids. Different values of TC enhancement have been recorded which depend on various factors, such as nanoparticles size, shape and type, base fluid and surfactant type, temperature, etc. This paper attempts to conduct a state-of-the-art review of the TC enhancement of metal oxide nanofluids owing to the wide attention, chemical stability, low density, and oxidation resistance associated with this type of nanofluid. TC and TC enhancements of metal oxide nanofluids are presented and discussed herein. The influence of several parameters (temperature, volume/weight concentration, nano-size, sonication, shape, surfactants, base fluids, alignment, TC measurement techniques, and mixing ratio (for hybrid nanofluid)) on the TC of metal oil nanofluids have been reviewed. This paper serves as a frontier in the review of the effect of alignment, electric field, and green nanofluid on TC. In addition, the mechanisms/physics behind TC enhancement and techniques for TC measurement have been discussed. Results show that the TC enhancement of metal oxide nanofluids is affected by the aforementioned parameters with temperature and nanoparticle concentration contributing the most. TC of these nanofluids is observed to be actively enhanced using electric and magnetic fields with the former requiring more intense studies. The formulation of green nanofluids and base fluids as sustainable and future thermal fluids is recommended." @default.
• W4319007918 created "2023-02-03" @default.
• W4319007918 creator A5023352434 @default.
• W4319007918 creator A5042074245 @default.
• W4319007918 creator A5073618315 @default.
• W4319007918 creator A5087855158 @default.
• W4319007918 date "2023-02-02" @default.
• W4319007918 modified "2023-10-17" @default.
• W4319007918 title "Thermal Conductivity Enhancement of Metal Oxide Nanofluids: A Critical Review" @default.
• W4319007918 cites W1183662267 @default.
• W4319007918 cites W1413404036 @default.
• W4319007918 cites W1485643523 @default.
• W4319007918 cites W1778395562 @default.
• W4319007918 cites W1969590914 @default.
• W4319007918 cites W1969924145 @default.
• W4319007918 cites W1972067347 @default.
• W4319007918 cites W1974014039 @default.
• W4319007918 cites W1976325110 @default.
• W4319007918 cites W1988521770 @default.
• W4319007918 cites W2000967122 @default.
• W4319007918 cites W2001717091 @default.
• W4319007918 cites W2003707609 @default.
• W4319007918 cites W2011339767 @default.
• W4319007918 cites W2012361412 @default.
• W4319007918 cites W2013503353 @default.
• W4319007918 cites W2016148754 @default.
• W4319007918 cites W2016213857 @default.
• W4319007918 cites W2016779203 @default.
• W4319007918 cites W2018166431 @default.
• W4319007918 cites W2026237567 @default.
• W4319007918 cites W2030860315 @default.
• W4319007918 cites W2038857816 @default.
• W4319007918 cites W2040819931 @default.
• W4319007918 cites W2052398528 @default.
• W4319007918 cites W2052545202 @default.
• W4319007918 cites W2057918265 @default.
• W4319007918 cites W2061580401 @default.
• W4319007918 cites W2062608484 @default.
• W4319007918 cites W2065852626 @default.
• W4319007918 cites W2072096676 @default.
• W4319007918 cites W2077488940 @default.
• W4319007918 cites W2078171166 @default.
• W4319007918 cites W2082346862 @default.
• W4319007918 cites W2083467956 @default.
• W4319007918 cites W2086030276 @default.
• W4319007918 cites W2086973131 @default.
• W4319007918 cites W2087001254 @default.
• W4319007918 cites W2120433774 @default.
• W4319007918 cites W2122795128 @default.
• W4319007918 cites W2124344993 @default.
• W4319007918 cites W2131022214 @default.
• W4319007918 cites W2138810665 @default.
• W4319007918 cites W2146223377 @default.
• W4319007918 cites W2161227557 @default.
• W4319007918 cites W2165937505 @default.
• W4319007918 cites W2170354095 @default.
• W4319007918 cites W2186723193 @default.
• W4319007918 cites W2252546980 @default.
• W4319007918 cites W2254215675 @default.
• W4319007918 cites W2296259818 @default.
• W4319007918 cites W2296573112 @default.
• W4319007918 cites W2303296096 @default.
• W4319007918 cites W2322714329 @default.
• W4319007918 cites W2330244244 @default.
• W4319007918 cites W2330851001 @default.
• W4319007918 cites W2386287387 @default.
• W4319007918 cites W2393233221 @default.
• W4319007918 cites W2474467671 @default.
• W4319007918 cites W2497368867 @default.
• W4319007918 cites W2510110259 @default.
• W4319007918 cites W2524706580 @default.
• W4319007918 cites W2527433094 @default.
• W4319007918 cites W2552755842 @default.
• W4319007918 cites W2554444029 @default.
• W4319007918 cites W2595028741 @default.
• W4319007918 cites W2598896050 @default.
• W4319007918 cites W2607311401 @default.
• W4319007918 cites W2616215027 @default.
• W4319007918 cites W2621242578 @default.
• W4319007918 cites W2762391570 @default.
• W4319007918 cites W2766624479 @default.
• W4319007918 cites W2767062295 @default.
• W4319007918 cites W2790374220 @default.
• W4319007918 cites W2793740964 @default.
• W4319007918 cites W2793906174 @default.
• W4319007918 cites W2805968780 @default.
• W4319007918 cites W2809276547 @default.
• W4319007918 cites W2884865139 @default.
• W4319007918 cites W2903204664 @default.
• W4319007918 cites W2905272168 @default.
• W4319007918 cites W2909110930 @default.
• W4319007918 cites W2909510374 @default.
• W4319007918 cites W2922243458 @default.
• W4319007918 cites W2937280258 @default.
• W4319007918 cites W2948360802 @default.
• W4319007918 cites W2950033803 @default.
• W4319007918 cites W2974298737 @default.
• W4319007918 cites W2982299413 @default.

• next