This analysis addresses the influence of activation energy on MHD flow second-grade nanoliquid over a convectively heated curved stretched surface. The impact heat generation/absorption, thermophoresis, and Brownian motion are also incorporated. current study in addendum reveals solution narrating nanofluid behaviour curve to better performance system. Hence, mathematical construction governing...

The textbook thermophoretic force which acts on a body in a fluid is proportional to the local temperature gradient. The same is expected to hold for the macroscopic drift behavior of a diffusive cluster or molecule physisorbed on a solid surface. The question we explore here is whether that is still valid on a 2D membrane such as graphene at short sheet length. By means of a nonequilibrium mol...

This article is focused on investigating the convective magneto-hydrodynamic single-phase flow for comparative analysis of two different base fluids above an exponentially stretchable porous surface under effect chemical reaction. The Buongiorno fluid model incorporated to observe Thermophoresis and Brownian diffusion in this study. Boussinesq approximation temperature concentration are account...

The current research explores the problem of steady laminar flow nanofluid on a two dimensional boundary layer using heat transfer Cassona cross linearly stretching sheet. governing equations are partial differential which transformed into non-linear ordinary by some similarity transformation. converted form combined higher-order ODEswith set conditions solved means Runge-Kutta 4th-order approa...

By matching boundary layer hydrodynamics with slippage to the force-free flow at larger distances, we obtain the thermophoretic mobility of charged particles as a function of the Navier slip length b. A moderate value of b augments Ruckenstein's result by a term 2b/λ, where λ is the Debye length. If b exceeds the particle size a, the enhancement coefficient a/λ is independent of b but proportio...

The particle collection effi ciency of a prototype environmental tobacco smoke (ETS) sampler based on the use of thermophoresis is determined by optimizing the operational voltage that determines its thermal gradient. This sampler’s heating element was made of three sets of thermophoretic (TP) wires 25μm in diameter suspended across a channel cut in a printed circuit board and mounted with coll...

Present communication addresses MHD radiative nanomaterial flow of Ree-Eying fluid between two coaxially rotating disks. Both disks are stretchable. Buongiorno model is used for nanofluids. Nanofluid aspects comprise random motion particles (Brownian diffusion) and thermophoresis. The considered. Furthermore, dissipation, heat flux Ohmic heating effects considered to the energy equation. Total ...