In this paper, the instability of a vertical fluid motion, or throughflow, is investigated in a horizontal bidisperse porous layer that is uniformly heated from below. By means of the order-1 Galerkin approximation method, the critical Darcy–Rayleigh number for the onset of steady instability is determined in closed form. The coincidence between the linear instability threshold and the global nonlinear stability threshold, in the energy norm, is shown
A bidispersive porous material is one which has usual pores but additionally contains a system of m...
A classical linear stability theory is applied to emphasize the effect of inertia on the stability o...
The linear stability of the horizontal through flow in a porous layer saturated by a non-Newtonian p...
In this paper, the instability of a vertical fluid motion, or throughflow, is investigated in a hori...
The effects of the vertical throughflow of a non-Newtonian power-law fluid on the onset of convectiv...
The instability of a vertical fluid motion (throughflow) in a binary mixture saturating a horizontal...
Exact analytical solutions have been obtained for a hydrothermal system consisting of a horizontal p...
A binary mixture saturating a horizontal porous layer, with large pores and uniformly heated from be...
The onset of convection in a porous layer saturated by a power-law fluid is here investigated. The w...
none3siThe instability of natural convection in a vertical porous layer is analysed. The plane paral...
Porous horizontal layers are considered. A class of non-constant porous throughflows, 2D in vertical...
Linear and nonlinear stability analyses of vertical throughflow in a fluid saturated porous layer, w...
The onset of the convective instability in the horizontal throughflow of a power-law fluid saturatin...
The long-time behaviour of the solutions of the Darcy–Oberbeck– Boussinesq system modeling fluid mot...
The present paper investigates how the cross–sectional shape of a vertical porous cylinder affects t...
A bidispersive porous material is one which has usual pores but additionally contains a system of m...
A classical linear stability theory is applied to emphasize the effect of inertia on the stability o...
The linear stability of the horizontal through flow in a porous layer saturated by a non-Newtonian p...
In this paper, the instability of a vertical fluid motion, or throughflow, is investigated in a hori...
The effects of the vertical throughflow of a non-Newtonian power-law fluid on the onset of convectiv...
The instability of a vertical fluid motion (throughflow) in a binary mixture saturating a horizontal...
Exact analytical solutions have been obtained for a hydrothermal system consisting of a horizontal p...
A binary mixture saturating a horizontal porous layer, with large pores and uniformly heated from be...
The onset of convection in a porous layer saturated by a power-law fluid is here investigated. The w...
none3siThe instability of natural convection in a vertical porous layer is analysed. The plane paral...
Porous horizontal layers are considered. A class of non-constant porous throughflows, 2D in vertical...
Linear and nonlinear stability analyses of vertical throughflow in a fluid saturated porous layer, w...
The onset of the convective instability in the horizontal throughflow of a power-law fluid saturatin...
The long-time behaviour of the solutions of the Darcy–Oberbeck– Boussinesq system modeling fluid mot...
The present paper investigates how the cross–sectional shape of a vertical porous cylinder affects t...
A bidispersive porous material is one which has usual pores but additionally contains a system of m...
A classical linear stability theory is applied to emphasize the effect of inertia on the stability o...
The linear stability of the horizontal through flow in a porous layer saturated by a non-Newtonian p...