Numerical investigation of MHD mixed convective nanofluid flow in a lid-driven enclosure with internal heat source and sinusoidal boundary has been studied by solving steady state two-dimensional incompressible mass and ...

The innovative uses of nanofluids in thermal engineering, biomedical engineering, and manufacturing processes have made this field of research interesting on a global scale. In view of such significant applications, the ...

Evolutionary epidemiological models have played an active part in analyzing various contagious diseases and intervention policies in the biological sciences. The design in this effort is the addition of compartments for ...

The problem of mixed convection and heat transfer in presence of magnetic field in a Lid-driven wavy top cavity containing two circular cylinders, two cases have been considered: (I) Variation of cylinders position vertically ...

In this research, the finite-element method (FEM) analysis has been employed for the determination of the distribution of tissue temperature during microwave frequency radiation. The heat transfer intwo-dimensional (2D) ...

Heat transfer enhancement has been a major concern in modern days in designing heat generating obstacle. In the present study, Magnetohydrodynamic mixed convective nanofluid flow in a lid-driven porous trapezoidal enclosure ...

Mixed convection heat transfer performance in presence of a magnetic field in an enclosure having variable undulation in vertical walls under the impact of internal heat generation and absorption has been studied numerically ...

Heat transfer enhancement in the presence of a magnetic field on conjugate mixed convective flow of nanofluid in a channel with finite thick wall open cavity has been investigated numerically. The fluid enters the channel ...

The present problem investigatesthe heatlines on mixed convection inside a lid-driven cavity having heated wavy walls with two diamond-shaped obstacles. The left and right vertical walls are at acold temperature, the top ...

The heat and mass transfer features for the sake of copper – water nanofluid which flows together with viscous dissipation as well as combined effect of free and forced convection, and these are studied along the inclined ...