... T c 4 + 4 T T c 3 Magnetized ternary nanofluid Square cavity Porous medium MAC computation Heat source/sink X, Y = Non-dimensional distance along x and y co-ordinates; V = Non-dimensional velocity component along...

... down for all three sets of hybrid nanofluids, and reverse effect is seen for radiation parameter (R), and heat source/sink parameter ( δ ). Practical implications The thermal conductivity of hybrid nanofluids is much larger than the conventional fluids; thus, heat transfer efficiency can...

... tapered channel. Both single and multiple walls CNTs are considered. The viscosity of nanomaterial depends on nanoparticles volume fraction and temperature. Total entropy rate through second law of thermodynamics is calculated. Heat source/sink and nonlinear heat flux are accounted. Design/methodology...

... stress fluid Differential transform method Heat source/sink Third kind boundary conditions (4) ∂ P ∂ Y = 0 where P = p+ρ_ogX. As on account of equation (4) , P depends only on X, equation (3) can...

... of velocity and temperature distributions are presented through graphs and discussed in detail. Further, effects of nanoparticle volume fraction, squeezing parameter, suction/injection parameter and heat source/sink parameter on skin friction and local Nusselt number profiles for different nanoparticles...

...T. Hayat; M. Waqas; Sabir Ali Shehzad; A. Alsaedi Purpose – The purpose of this paper is to examine the effects of variable thermal conductivity in mixed convection flow of viscoelastic nanofluid due to a stretching cylinder with heat source/sink. Design/methodology/approach – The authors...