This article investigates the impact of three different types of magnetic field modulation on
the instability of micropolar nanofluid filled within Hele-Shaw cells applying both nonlinear …

The present work is dedicated to analyze the flow and heat transport of ferrofluids along a
flat plate subjected to uniform heat flux and slip velocity. A magnetic field is applied in the …

The influence of trigonometric cosine, square, sawtooth, and triangular wave types of
magnetic-field modulation in nanoliquid within Hele-Shaw cell is studied in this paper …

This article uses linear/nonlinear studies to examine the effects of sine, square, and
triangular waveforms of magnetic field modulation in Walter-B nanoliquid (electrically …

In this paper we investigate an oscillatory mode of nonlinear magneto-convection under time
dependant magnetic field. The time dependant magnetic field consists steady and oscillatory …

The present article provides an analytical solution of nonlinear heat transfer of an electrically
conducting Couple stress liquid under a magnetic field modulation with an internal heat …

In this paper, we study the effects of rotational modulation on heat and mass transport due to
double‐diffusive magnetoconvection in an electrically conducting fluid. In the study, different …

The effect of magnetic field dependent viscosity on thermosolutal convection in a
ferromagnetic fluid saturating a porous medium is considered for a fluid layer heated and …

An analytic study of heat transport in an electrically conducting fluid layer is performed under
a non-uniform time-dependent magnetic field. The applied vertical magnetic field consists of …

The aim of the present paper is to examine the effect of a quasi-periodic gravitational
modulation on the onset of convective instability in Hele-Shaw cell. The quasi-periodic …