Free-Stream-Induced Unsteady MHD Flow with Hall Effect over Permeable Plate in a Rotating System

Seth, G. S.; Mahto, Navin Kumar; Tripathi, Rajat; Kumar, Rakesh

doi:10.1007/978-981-10-5329-0_4

Cited by 1 publication

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“…Sometimes the ion-slip phenomenon is ignored from the investigation because the diffusion velocity of ions is lesser than the electrons. The aforesaid facts and applications motivated the authors [33][34][35][36][37][38][39][40][41][42][43][44][45] to examine the Hall phenomenon on buoyancy-driven MHD boundary layer flows. The simultaneous impacts of magnetic diffusion and Hall effects are reported in the research articles of Seth and Singh, 17 Singh et al, 25,28 and Kumar et al 21,29 During the heat and mass transportation process, the heat transfer can neither be set up only by temperature drop but it can be also set up due to concentration drop.…”

Section: Introductionmentioning

confidence: 99%

Heat and mass transport performance of MHD elastico‐viscous fluid flow over a vertically oriented magnetized surface with magnetic and thermo diffusions

Singh

Seth

2021

Heat Trans

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The key objective in this study is to examine the heat and mass transport behavior of magnetohydrodynamic elastic-viscous fluid flow over a vertically oriented magnetized surface placed in a uniform permeable regime with magnetic and thermo diffusions. The fluid is partially ionized and permeated to flow in the presence of a strong magnetic field domain. Hence the Hall current effect is considered in this investigation. The significance of rotation and induced magnetic field on the flowing nature are also scrutinized in this study. The mathematical model of the problem is converted to a similar model by introducing suitable nondimensional variables. To obtain the closedform solutions of the flow leading equations, the regular perturbation analysis is utilized. For the exhibition of results, figures and tables are generated with the assistance of scientific computation software MATHEMATICA. Computed results are validated with the existing result in the limiting case. Such an investigation is important in evaluating the flow characteristics of low magnetic diffusive viscoelastic fluid. A noteworthy result seen is that magnetic diffusion significantly controls the

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