This work complements mechanism of the oscillatory instability of magneto-convection in the
process of melting heat transfer controlled by magnetic field at low Rayleigh number (Ra) …

The impact of applied magnetic field on liquid metal flows has good prospects for the
industry. For a better understanding of flow dynamics, the stability analysis of liquid metal …

This paper presents a two-dimensional numerical study for mixed convection in a laminar
cross-flow with a pair of stationary equal-sized isothermal cylinders in tandem arrangement …

This paper reports the instability mechanism of parallel mixed convection flow in a
differentially heated vertical channel filled with a highly permeable porous medium. Linear …

A detailed numerical investigation for oscillatory electro-thermo-convection of dielectric
liquids in horizontal eccentric annulus is carried out based on a unified lattice Boltzmann …

This paper reports the linear stability of laminar magnetohydrodynamic (MHD) mixed
convection flow in a differentially heated channel under a transverse magnetic field with the …

The linear stability and the nonlinear behavior of a two-dimensional magnetohydrodynamic
(MHD) opposing mixed convection flow of an electrically conducting fluid mixture in a …

The relative influence of momentum diffusivity and thermal diffusivity, in terms of the Prandtl
number (Pr), on the finite-amplitude instability of a non-isothermal annular Poiseuille flow …

The understanding of fluid flow has become a very important field of research because of its
relevance in many human activities. The study of fluid flow is essential in many fields such …

Detailed numerical simulations are carried out for transient laminar opposing mixed
convection in a rectangular inclined channel with both walls suddenly subjected to discrete …