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- W4311154934 abstract "The phenomenon of fluid flow through rotating surfaces has been a topic of vast interest among the research community due to its industrial applications such as spinning disk electrodes, evaporators, centrifuges, power engineering, and microclimate systems. Inspired by such developments, the ongoing study investigates the swirl flow of viscous fluid about a permeable disk. The disk experiences a uniform rotation and undergoes shrinking or stretching in its own plane. Hall’s current effects are also featured in the flow model. The energy equation is demonstrated by the Maxwell-Cattaneo law. This law holds the main feature of thermal inertia due to which the relaxation time initiates the steady-state heat conduction. Therefore, such a law overcomes the paradox of heat conduction in Fourier’s law. The traditional Von Karman approach of similarity functions is implemented to convert the governing flow equations into a self-similar form. The resultant flow system is then solved by the Runge–Kutta-Fehlberg (RKF) procedure with the shooting technique. For the exactness of the numerical computations, the results are compared with the available data for the limiting case of the physical flow configuration. The physical quantities are elaborated through graphical descriptions." @default.
- W4311154934 created "2022-12-24" @default.
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- W4311154934 date "2022-12-12" @default.
- W4311154934 modified "2023-09-26" @default.
- W4311154934 title "The thermophysical flow of viscous fluid toward a permeable rotating disk with the Hall current and the Maxwell-Cattaneo law" @default.
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- W4311154934 doi "https://doi.org/10.1080/17455030.2022.2149887" @default.
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