This paper finds stability limits for the onset of convection in a fluid saturated porous layer
subject to alternating directions of centrifugal acceleration. The layer is homogeneous but …

The stability and onset of convection in a narrow, fluid saturated porous layer subject to a
centrifugal body force due to rotation is investigated analytically. The marginal stability …

An alternating direction of the centrifugal body force results when the axis of rotation is
placed within the boundaries of a rotating fluid saturated porous layer. The onset of thermal …

The stability and onset of stationary convection in a rotating fluid saturated porous layer
placed at an arbitrary positive distance from the rotation axis and subject to gravity and …

The linear stability theory is used to investigate analytically the effects of gravity on
centrifugally driven convection in a rotating porous layer offset from the axis of rotation. The …

A theoretical investigation is made to study the influence of magnetic field on the onset of
convection induced by centrifugal acceleration in a magnetic fluid filled porous medium. The …

This paper concerns the influence of magnetic field on the onset of centrifugal convection in
a magnetic-fluid-filled differentially heated porous layer placed in zero-gravity environment …

We investigate natural convection in an anisotropic porous layer subjected to centrifugal
body forces. The Darcy model (including centrifugal and permeability anisotropy effects) is …

The effect of rotation speed modulation on the onset of centrifugally driven convection has
been studied using linear stability analysis. Darcy flow model with zero-gravity is used to …

ABSTRACT We investigate Rayleigh-Benard convection in an anisotropic porous layer
subjected to centrifugal body forces and offset from the center of rotation. The Darcy model …