Mathematical models for the design of the linear channel of an MHD generator, are described. By means of a quasi-one-dimensional optimization's model the main design parameters of the channel, are calculated. The local phenomena effects are analyzed through a steady state two-dimensional model. This model is based on the description both of the fluid dynamic and of the electrodynamic in the plane containing the channel axis and normal to the magnetic induction. The transients caused by variations of the loading and by faults, are studied by means of a time dependent quasi-one-dimensional model. © 1992, Taylor & Francis Group, LLC. All rights reserved.
One- and two-dimensional models for the linear MHD generator channel design / Borghi C.A.; Massarini A.; Mazzanti G.; Ribani P.L.. - In: PLASMA DEVICES AND OPERATIONS. - ISSN 1051-9998. - STAMPA. - 2:2(1992), pp. 125-139. [10.1080/10519999208240675]
One- and two-dimensional models for the linear MHD generator channel design
Borghi C. A.;Mazzanti G.;Ribani P. L.
1992
Abstract
Mathematical models for the design of the linear channel of an MHD generator, are described. By means of a quasi-one-dimensional optimization's model the main design parameters of the channel, are calculated. The local phenomena effects are analyzed through a steady state two-dimensional model. This model is based on the description both of the fluid dynamic and of the electrodynamic in the plane containing the channel axis and normal to the magnetic induction. The transients caused by variations of the loading and by faults, are studied by means of a time dependent quasi-one-dimensional model. © 1992, Taylor & Francis Group, LLC. All rights reserved.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
