Titlebook: Electrically Induced Vortical Flows; V. Bojarevi?s,J. A. Freibergs,E. V. Shcherbinin Book 1989 Kluwer Academic Publishers 1989 convection.

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Flows with cylindrical symmetry,mmetric electric current distributions (compared to the spherical case) are available, which, at least partly, have immediate practical implications. Second, in cylindrical coordinates there are several methods for the separation of variables in the Navier-Stokes and Maxwell equations that allow us

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Experimental investigations of EVF and applications,et-up is substantially stimulated by practical demands. Several of these actually are dictated by practical problems, because experimental methods are found to be the only way to solve the problems. However, most of the experiments are devised to demonstrate physical phenomena, including also phenom

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Electrically induced vortex flow at a point electrode and azimuthal rotation,f similarity, e.g. in a closed hemispherical container, also led to serious difficulties. Consequently, the cause of difficulties should be sought in the physical statement of the problem, which probably does not take into account an essential mechanism limiting the growth of velocities in the flow

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Book 1989ion of an electric current passing through the fluid with its own magnetic field. It cannot be said that this direction was created ex nihilo: individual studies related to the flows driven in a current-carrying medium in the absence of external magnetic fields appeared in the sixties; in the thirti

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0921-3805 nditions coincide (practical demands, a circle of scientists prepared to recognize the novelty and capable of giving impetus to the development of a new theory, etc.). Something like this occurred in early seventies for magnetohydrodynamics, which at the time was considered to be a relatively comple

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https://doi.org/10.1007/978-1-4302-3387-9ion without . estimates and omission of any terms, say, after the order-of-magnitude analysis (this does not apply to the electrodynamic quantities, which will conform to assumptions simplifying the electrodynamic part of problem).