Here, a mass-based hybridity model is applied to inquire about the mixed convection of a
thermomicropolar binary nanofluid (TMBNF) upon a shrinking and porous plate. The …

Nanoliquid is a modern invention that is very promising in improving the heat transfer
capabilities. The most critical disadvantage of classical nanoliquid models is that they …

The problem of fully-developed laminar free-convection flow in a vertical channel is studied
analytically with one region filled with micropolar fluid and the other region with a viscous …

The thermal radiation, chemical reaction, Hall and ion slip impacts on double-diffusive
unsteady MHD natural convective rotating flow of micro-polar fluid past a semi-infinite …

An analytical solution is presented for the problem of heat and mass transfer of an oscillatory
2-dimensional viscous, electrically conducting micropolar fluid over an infinite moving …

We examine theoretically the steady free convection from a vertical isothermal flat plate
immersed in a micropolar fluid. The governing non-similar boundary-layer equations are …

This article investigates the behavior of conjugate natural convection over a finite vertical
surface immersed in a micropolar fluid in the presence of intense thermal radiation. The …

The flow of thermomicropolar binary nanofluid upon a perpendicular permeable shrinking
sheet with the mixed convective effects in attendance of a lateral magnetic field is …

Objective: This article numerically investigates the entropy generation due to micro-rotating
Casson's nanofluid along with an impact of an inclined magnetic field past a nonlinear …

In this study, a combination of the Tiwari–Das nanofluid model, the mass-based hybridity
algorithm, and the Eringen micropolar rules are applied to inquire about the mixed …