The magnetohydrodynamic (MHD) behavior and performance characteristic have been
revealed by 3-D numerical simulation of the Faraday-type MHD generator. Numerical results …

In the present work, magnetohydrodynamics (MHD) power generation based on the T-layer
regime has been investigated both experimentally and numerically. The experimental …

A difference method for the solution of the two-dimensional electrodynamic problem in a
magnetohydrodynamic field is presented. An exponential fitting is utilised for the discrete …

A finite difference method and a finite element method have been developed for the solution
of a two-dimensional steady state electrodynamic problem in magnetohydrodynamic flows …

A numerical experiment in a plasma vane (current carrying plasma nonuniformity) MHD
generator is presented. The numerical calculations are based on a time-dependent two …

In the present work a model for the two-dimensional time dependent description of the
magneto-fluid dynamics in the channel of an MHD (magnetohydrodynamic) generator is …

In the present work, a time-dependent two-dimensional model based on a pressure scheme
is presented. It is able to take real gas thermodynamics and loss mechanisms due to friction …

A method for the numerical solution of the time dependent two-dimensional magneto-
plasma dynamic coupled problem in the low magnetic Reynolds number case, is presented …

A finite difference method have been developed for the solution of the steady state
electrodynamic problem in an MHD channel. In order to obtain the finite difference …

Summary form only given. Models for the design of MHD (magnetohydrodynamic) channels,
for the analysis of MHD experiments or as diagnostic tools, and for numerical experiments …