The purpose of this paper to explain the role and importance fractional derivatives for mass heat transfer in Casson nanofluids including clay nanoparticles. These particles can be found water, kerosene, engine oil. physical flow phenomena are illustrated using PDE thermophysical nanoparticle properties, addresses fluid along with chemical reaction generation. fluxes generalized constant propor...

To boost productivity, commercial strategies, and social advancement, neural network techniques are gaining popularity among engineering technical research groups. This work proposes a numerical scheme to solve linear non-linear ordinary differential equations (ODEs). The scheme’s primary benefit included its third-order accuracy in two stages, whereas most examples the literature do not provid...

The thermosolutal instability problem in a horizontal layer of an elasticoviscous nanofluid in porous medium is considered. Walters’ (model B') fluid model is employed to describe the rheological behavior of the nanofluid and for the porous medium, the Darcy model is employed. From the linear stability analysis based upon normal modes analysis method, the dispersion relation accounting for the ...

in this paper, changes of casson non-newtonian fluid velocity profile, for different distribution of porosity, have been investigated. for distribution of porosity, fixed, radial and exponential variations has been considered. for all three states, brinkman model has been used as momentum equation. since the casson fluid is a good model for blood, this analysis can be used in studying about cho...

We derive formulae which lend themselves to TQFT interpretations of the Milnor Torsion, the Lescop Invariant, the Casson Invariant, and the Casson-Morita Cocycle of a 3-manifold, and, furthermore, relate them to the Reshetikhin-Turaev theory. AMS Classification 57R56, 57M27; 17B10, 17B37, 17B50, 20B30, 20C30, 20C20, 57Q10.

Nanofluid has great potentials in heat transfer enhancement and entropy generation decrease as an effective cooling medium. Effects of Al2O3-water nanofluid flow on entropy generation and heat transfer performance in a rectangular conventional channel are numerically investigated in this study. Four different volume fractions are considered and the boundary condition with a constant heat flux i...

Rheological properties of aqueous suspensions (48 vol%) of zircon-alumina mixtures containing different amounts of polyelectrolyte as dispersant were studied. Slip casting in a plaster mold and pressure filtration at 8 MPa experiments were performed to correlate the rheological properties of the suspensions with the relative density of green casts. Flow curves fitted satisfactorily to the Casso...