In this research, the dynamics of MHD Casson fluid flow has been discussed in presence non-Darcy Forchheimer porous medium. The investigation is focused on how thermal radiation, Soret–Dufour, and chemical reactions affect incompressible a medium, taking account pressure force. mathematical model system solved using finite difference scheme followed by shooting technique with bvp4c tool MATLAB. effects physical parameters velocity transport (heat mass) profile are illustrated through graphs....

Purpose The purpose of this study is to investigate the entropy generation in different nanofluids flow over a vertically moving rotating disk. Unlike classical Karman flow, water-based have various suspended nanoparticles, namely, Cu, Ag, Al 2 O 3 and TiO , disk also with time-dependent velocity. Design/methodology/approach Keller box technique numerically solves governing equations after reduction by suitable similarity transformations. shear stress heat transport features, along...

Abstract An attempt has been made to describe the effects of geothermal viscosity with viscous dissipation on three dimensional time dependent boundary layer flow magnetic nanofluids due a stretchable rotating plate in presence porous medium. The modelled governing equations are transformed from value problem an initial problem, and thereafter solved by fourth order Runge-Kutta method MATLAB shooting technique for guess. influences mixed temperature, depth viscosity, rotation strength...

Combined effects of thermal radiation and variable viscosity on a time-dependent boundary-layer flow magnetic nanofluids over rotating disk in the presence porous medium have been numerically investigated. To carry out study, hydrocarbon based nanofluid containing magnetite Fe3O4 particles 10 nm with phase concentration 10% has taken. For numerical solutions modelled system governing equation flow, MATLAB tool ODE45 is employed shooting technique for initial guess unknown boundary...

This article presents a numerical investigation on the convective heat transfer behaviour of time-dependent three-dimensional boundary layer flow nano-suspension over radially stretchable surface. The modeled set governing nonlinear coupled ODEs is solved using finite difference scheme followed by shooting technique. For understanding effects various physical parameters such as geothermal viscosity, stretching parameter and viscous dissipation temperature fields, magnetite-hydrocarbon...

This work aims to investigate mass transport phenomena on time dependent Bödewadt flow of magnetic Nanoliquid embedded in the porous medium with vertical polarization force and geothermal viscosity variations. The resultant nonlinear coupled system partial differential equations is solved numerically. For thorough understanding phenomenon, a wider range Prandtl number taken analyze effects various physical entities including force, viscosity, permeability rotation. Eventually, some new...

Dengue viruses are transmitted to humans through the bites of infected female aedine mosquitoes. Differences in composition and structure bacterial communities midguts mosquitoes may affect vector's ability transmit disease. To investigate analyse role midgut viral transmission, bacteria from three species, namely Stegomyia aegypti (= Aedes aegypti), Fredwardsius vittatus vittatus) albopicta albopictus) (all: Diptera: Culicidae), dengue-endemic non-endemic areas Rajasthan, India were...

Performance analysis of porous inclined slider bearing based on magnetite nanosuspension has been carried out to investigate the effects slip parameter arising modeling. The expression for load carrying capacity derived analytically as a function slip, magnetic, permeability and material parameters. Furthermore, effect an important term pertaining co-rotational derivative magnetization is usually ignored by researchers working similar problems. However, this expected influence significantly,...

The purpose of the present study is to examine effects geothermal viscosity on an unsteady flow incompressible magnetic nanofluids (C1-20B & Taiho-W40) due a heated rotating disk. modeled system nonlinear coupled partial differential equations governing together with two point variable boundary conditions have been transformed into set non-linear ordinary equations. resultant then solved by fourth order Runge-Kutta method in MATLAB using ODE45 shooting technique for initial guess....

A numerical investigation has been carried out to analyse the effect of porosity with forced convective heat transfer on steady ferrohydrodynamic (FHD) flow for water-based magnetic nanofluid over a rotating disk.The governing nonlinear coupled partial differential equations together boundary conditions are non-dimensionalized into non-linear system ordinary taking Karman's transformations.Further, solutions obtained using power series approximations method and presented velocity,...

The effects of stretchable rotating flat surface on the time dependent 3-dimensional boundary layer flow magnetic nanoliquid in presence thermal radiation have been investigated. modelled set nonlinear coupled ODEs governing is solved numerically by finite difference scheme and shooting technique. For understanding geothermal viscosity, stretching parameter temperature fields, a range Prandtl number taken into account. heat transfer rate skin frictions due to above physical parameters are...

Now a days the Indian banking sector has been facing serious problems of raising Non – Performing Assets. Assets are burning topic concern for public banks, as managing and controlling NPA is very important. A well built significant prosperous economy. The crash may have an unfavourable blow on other sectors. banker should be cautious in lending, because not lending money out his own pocket. major portion lent comes from deposits government share. At present increasing year by nationalized...