The stability of viscous flow between two coaxial cylinders maintained by a constant transverse pressure gradient is considered when the fluid is an electrical conductor and a uniform magnetic field is impressed in the axial direction. The problem is solved and the dependence of the critical number for the onset of instability on the strength of the magnetic field and the coefficient of electrical conductivity of the fluid is determined
The stability of an electrically conducting fluid flow in a cylinder driven by a multi-pole rotating...
A linear analysis of capillary instability of a cylindrical interface in the presence of axial magne...
In this research, the linear stability of a cylindrical interface between two viscoelstic Walters B ...
In this paper the theory of the stability of viscous flow between two rotating coaxial cylinders whi...
This discussion which is restricted to the flow of heterogeneous, incompressible, inviscid and condu...
344-350The effect of a radial magnetic field on the stability of an electrically conducting incompre...
The stability of a viscous, incompressible, electrically conducting fluid with a free surface in a t...
The linear stability of plan Poiseuille flow of an electrically conducting viscoelastic fluid in the...
This discussion which is restricted to the flow of heterogeneous, incompressible, inviscid, perfect ...
The stability of a thermally stable stratified viscous electrically conducting shear flow is investi...
We study the electrically conducting fluid stability of magnetohydrodynamic flow between parallel pl...
AbstractThe stability of the hydromagnetic Couette flow is investigated when a constant current is a...
The stability of the plane interface separating two viscous superposed conducting fluids through por...
. A study is made of the influence of a coplanar magnetic field on the linear stability of a electr...
A stability analysis is made for the laminar flow of a layer of a viscous and electrically conductin...
The stability of an electrically conducting fluid flow in a cylinder driven by a multi-pole rotating...
A linear analysis of capillary instability of a cylindrical interface in the presence of axial magne...
In this research, the linear stability of a cylindrical interface between two viscoelstic Walters B ...
In this paper the theory of the stability of viscous flow between two rotating coaxial cylinders whi...
This discussion which is restricted to the flow of heterogeneous, incompressible, inviscid and condu...
344-350The effect of a radial magnetic field on the stability of an electrically conducting incompre...
The stability of a viscous, incompressible, electrically conducting fluid with a free surface in a t...
The linear stability of plan Poiseuille flow of an electrically conducting viscoelastic fluid in the...
This discussion which is restricted to the flow of heterogeneous, incompressible, inviscid, perfect ...
The stability of a thermally stable stratified viscous electrically conducting shear flow is investi...
We study the electrically conducting fluid stability of magnetohydrodynamic flow between parallel pl...
AbstractThe stability of the hydromagnetic Couette flow is investigated when a constant current is a...
The stability of the plane interface separating two viscous superposed conducting fluids through por...
. A study is made of the influence of a coplanar magnetic field on the linear stability of a electr...
A stability analysis is made for the laminar flow of a layer of a viscous and electrically conductin...
The stability of an electrically conducting fluid flow in a cylinder driven by a multi-pole rotating...
A linear analysis of capillary instability of a cylindrical interface in the presence of axial magne...
In this research, the linear stability of a cylindrical interface between two viscoelstic Walters B ...