The development of hybrid nanofluids has aided the efficient operations of industrial
equipment and the usefulness of various nanotechnology processes. Using the nonlinear …

Heat transport in a 2D steady radiative boundary layer with Maxwell fluid flow and the
influence of heat generation and MHD has been studied across a porous inclined vertical …

The current analysis reveals unreported properties of the two-layer flow of dual convective
magneto-hydrodynamic viscous nanofluid and Powell–Eyring in flexible concentric cylinders …

The main purpose of this study is to concentrate on a numerical study of boundary layer flow
of magnetized nanofluid with viscosity variable through nonlinear porous surface with …

The current study is designed to model the hydrothermal feature of a hybrid nano liquid slip
flows over a permeable expanding/contracting surface with entropy generation. The model …

This communication about the mathematical model of analysis of heat transfer system which
as the Jeffery fluid of MHD flow with the addition of the porous-stretching sheet in the system …

This article focuses on the effects of Brownian motion and thermophoresis convection in the
stagnation point flow of a Maxwell upper-convected fluid over a non-Darcian porous surface …

Setbacks in engineering systems amid thermal variation and temperature common-cause
effects led to disorderliness in working systems. For adequate heat and mass transfer …

This study explores heat transfer in a system involving Jeffery fluid of MHD flow and a
porous stretching sheet. The mathematical representation of this system is initially described …

The aim of this study is to minimize entropy in the MHD Eyring‐Powell fluid through a semi‐
porous curved channel. The flow phenomena are examined under the consideration of joule …