A time-dependent quasi-one-dimensional approximation of a magnetohydrodynamic (MHD) compressible flow in a linear channel has been considered. for the numerical solution of the problem three different algorithms have been utilized (MacCormack's, Godunov's and Casulli's algorithms). they are based on the finite-difference method. these models are utilized for the prediction of the behavior of electrical, thermal, and dynamic quantities during transients and during the occurrence of faults in MHD channels. A comparison of the methods when analyzing a load variation for a Faraday channel is considered.
Time-dependent quasi-onedimensional flow models for linear magnetohydrodynamic generator channels / Massarini, Antonio; C. A., Borghi. - In: PHYSICS OF FLUIDS. A, FLUID DYNAMICS. - ISSN 0899-8213. - STAMPA. - 4(9):(1992), pp. 2823-2829.
Time-dependent quasi-onedimensional flow models for linear magnetohydrodynamic generator channels
MASSARINI, Antonio;
1992
Abstract
A time-dependent quasi-one-dimensional approximation of a magnetohydrodynamic (MHD) compressible flow in a linear channel has been considered. for the numerical solution of the problem three different algorithms have been utilized (MacCormack's, Godunov's and Casulli's algorithms). they are based on the finite-difference method. these models are utilized for the prediction of the behavior of electrical, thermal, and dynamic quantities during transients and during the occurrence of faults in MHD channels. A comparison of the methods when analyzing a load variation for a Faraday channel is considered.
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