The numerical investigation of magneto-hydrodynamic (MHD) mixed convection flow and
entropy formation of non-Newtonian Bingham fluid in a lid-driven wavy square cavity filled …

The current research aims to investigate energy efficiency and flow characteristics of a non-
Newtonian nanofluid containing TiO 2 nanoparticles in a chaotic geometry. For this purpose …

Mixed convection heat transport from multi-cylinders finds numerous applications in
chemical, petroleum, and food industries. This study presents the mixed convection …

In this present work, forced convection heat transfer from a heated blunt-headed cylinder in
power-law fluids has been investigated numerically over the range of parameters, namely …

In this work, the effects of the pressure drop (ie the Bejan number in dimensionless term)
and of the Prandtl number have been investigated with reference to optimal geometries for …

In this work, laminar mixed convection from an isothermal spheroidal particle immersed in a
Bingham plastic fluid is studied numerically in the buoyancy-assisted regime. The results …

The effect of the angle of attack on an elliptical cylinder in the steady forced convection
regime of Bingham plastic fluids is investigated numerically. The elliptical cylinder with an …

Numerical results on laminar mixed convective heat transfer phenomenon between a
confined circular cylinder and shear-thinning type nanofluids are presented. The cylinder is …

In this study, momentum and heat transfer from a semi-circular cylinder immersed in
Bingham plastic fluids have been investigated numerically in the laminar flow regime. The …

Laminar free convection heat transfer in Bingham plastic fluids from an isothermal
semicircular cylinder has been studied numerically over the following ranges of conditions …