Double-diffusive convection under an external magnetic field has several industrial
applications, and how the magnetic field affects flow and heat and mass transfer is a …

Adoption of the hyperbolic Cattaneo–Christov heat-flow model in place of the more usual
parabolic Fourier law is shown to raise the possibility of oscillatory convection in the classic …

We investigate oscillatory instability and routes to chaos in Rayleigh-Bénard convection of
electrically conducting fluids in the presence of an external horizontal magnetic field. Three …

The flow and heat transfer within a differentially heated convective cavity, whose bottom and
ceiling are attached with a conducting thin fin, are investigated with numerical simulations in …

We perform three-dimensional direct numerical simulations to investigate the effect of
transverse magnetic field on the convection rolls of electrically conducting fluids using the …

In this article, we study the dynamic transitions of a low-dimensional dynamical system for
the Rayleigh–Bénard convection subject to a vertically applied magnetic field. Our analysis …

We investigate the transitions near the onset of thermal convection in electrically conducting
low Prandtl-number (Pr) fluids in the presence of rotation about a vertical axis and external …

We investigate the effect of an external horizontal magnetic field on the Küppers–Lortz
instability (KLI) in rotating Rayleigh–Bénard convection of Boussinesq fluids using weakly …

We report results of the numerical investigation carried out to discern the instabilities and
pattern transitions near the onset of rotating magnetoconvection (RMC) using the plane …

We perform a bifurcation analysis of a two-dimensional magnetic Rayleigh–Bénard problem
using a numerical technique called deflated continuation. Our aim is to study the influence of …