Description of viscous dissipation in magnetohydrodynamic flow of nanofluid: Applications of biomedical treatment

Abstract

Analysis regarding nanofluid is proved to be effective in the enhancement of heat transport features. Thus, the heat transfer problems involving nanofluid has gained much significance in biomedical procedures, such as drug targeting system, treatment of cancer, biotherapy, blood diagnostic and coagulation systems, and many others. Keeping this usefulness in mind, the current attempt is presented to analyze the features of viscous dissipation in hydromagnetic nanofluid flow through stretchable surface. Thermophoresis and Brownian diffusion phenomena are implemented to demonstrate the transportation of nanoparticles. Modified diffusive theory is accounted to address the transportation of heat and mass. Suitable transformations are used to get system of dimensionless governing equations. Approximate solutions are constructed by homotopic technique. Graphical behaviors of velocity, temperature, and particles concentration are described through different parameters. Skin friction is also studied explicitly. It is found that some extra effects of Brownian and thermophoresis diffusions are appeared by implementing modified theory of fluxes. Non-dimensional thermal relaxation time parameter causes reduction in temperature distribution while decrement concentration field is observed for higher non-dimensional solutal relaxation time parameter.

Investigation of binary chemical reaction in magnetohydrodynamic nanofluid flow with double stratification

“…The emerging dominating equations are figure out by homotopic technique. 31,[34][35][36][37][38][39][40][41][42] The consequences of demanding parameters are inspected through graphs. Additionally, drag force and heat transfer rate has been elaborated graphically.…”

Analytical estimation of energy dissipations: Viscous, Joulian, and Darcy of viscoelastic fluid flow phenomena over a deformable surface

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The Dynamics of H2O Suspended by Multiple Shaped Cu Nanoadditives in Rotating System

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