A nonuniform shock wave subjected to an oblique magnetic field.
Nonuniform shock wave subject to oblique magnetic field in gas at rest with nonuniform density studied using exact solutions of conducting fluid flow
Engineering topics
Publications and source records attributed to Gundersen, R. M..
Nonuniform shock wave subject to oblique magnetic field in gas at rest with nonuniform density studied using exact solutions of conducting fluid flow
Monge-Ampere partial differential equation for two dimensional steady MHD flows
Euler-Poisson equation extension to one dimensional MHD flow using Monge-Ampere equation
Steady two dimensional MHD flow of inviscid compressible conducting fluid with entropy perturbation
One dimensional nonisentropic MHD flow of ideal inviscid conducting compressible fluid in oblique magnetic field
Gas dynamics of nonisentropic two-dimensional MHD FLOW of ideal inviscid perfectly conducting compressible fluid
Shock wave formation due to heat addition to one- dimensional flow of ideal inviscid conducting monatomic compressible fluid under transverse magnetic field
Nonuniform hydromagnetic shock wave motion by extending one dimensional nonisentropic gas flow solutions to conducting fluid in transverse magnetic field
Steady two-dimensional MHD flow of ideal inviscid perfectly conducting compressible fluid with one nonzero component
Shock wave formation due to nonlinear vibrations in tube containing fluid subjected to transverse magnetic field with plane heater at midsection and externally supplied energy
Nonisentropic two-dimensional MHD flow
Simple wave propagation in MHD system subject to magnetic field