Micropolar fluids are fluids that contain rigid and randomly oriented particles immersed in a
viscous fluid, such as lubricants that contain dirt and metal scraps from shearing. These …

The present study explores the power law nanofluid flow over a variable Riga stretching
sheet. The variable properties of thermal conductivity and viscosity under heat generation …

The significance of chemical reaction with activation energy and convective boundary
conditions on the fluid flow via an oscillatory stretchy surface in the presence of permeable …

During the last few decades, researchers have been increasingly interested in non-
Newtonian fluid flows due to their practical applications. There is an increasing interest in …

In this study, the significance of the Coriolis force on the dynamics of Carreau—Yasuda flow
toward a continuously stretched surface subject to the Darcy–Forchheimer law is …

After applying a magnetic field, the behavior of the partly ionized liquids is completely
different from that of the ordinary fluids. In this study, we concentrated on the Cattaneo …

The goal of this article is to explore hybrid nanofluid Cu-Al2O3/H2O flows in an unsteady
MHD radiative-dissipative flow past a stretched surface with slip and convective …

With the continuous promotion and development of national industrialization, the
performance control of precision casting and mechanical structures has become …

This analysis describes the stagnation point and mixed convection flow of a viscoelastic
micropolar fluid into a porous medium towards a stretchable sheet and magnetic field …

A 2D transient free convection flow has been demonstrated in the current study
computationally as well as numerically. The important terms thermal radiation and heat …