期刊
WAVES IN RANDOM AND COMPLEX MEDIA
卷 -, 期 -, 页码 -出版社
TAYLOR & FRANCIS LTD
DOI: 10.1080/17455030.2021.1985746
关键词
Hybrid nanoparticles; mixed convection; thermal radiation; homogeneous-heterogeneous reaction; Hall current
资金
- King Khalid University, Abha, Saudi Arabia [R.G.P-2/76/42]
The study focuses on the application of hybrid nanomaterials in efficient heating and cooling systems, considering the impact of various parameters on heat transfer efficiency. Different factors such as convection, radiation, and viscous dissipation are analyzed to provide insights into the thermal performance of the hybrid nanoparticles.
The need for efficient heating and cooling systems in the automotive, aerospace, and chemical industries is driving the growth of heat transfer technologies. The hybrid nanomaterials are preferred over traditional nanofluids due to their exceptional thermal effectiveness. Keeping in mind the need for efficient cooling and heating systems, the thermal flow model based on the hybrid nanoparticles (GO-MoS2) immersed in hybrid base liquid C2H6O2 - H2O is presented in this novel attempt by considering the influence of homogeneous-heterogeneous (H-H) reactions and Hall current with a magnetohydrodynamic effect induced by a vertical stretching sheet. A simplified examination is examined in the existence of solar radiation, mixed convection, and viscous dissipation. Suitable transformations provide the system of ordinary differential equations. Later, the solution is tackled numerically for the flow problems using the Runge-Kutta-Fehlberg process with a shooting technique. The role of influential parameters on involved distributions is discussed graphically and is explained logically in view of physical significance. Results reveal that, the thermal profile declines near convectively heated surface and upsurges away from the surface for incline in mixed convection parameter. An upsurge in the Biot number inclines the rate of heat transfer, but a contrary trend can be seen for escalating values of volume fraction.
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