Plane Magnetofluiddynamic Flows with Constantly Inclined Magnetic and Velocity Fields
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Plane steady state nondissipative compressible fluid flows, in which the conductivity is infinite and in which the magnetic field and the velocity field are constantly inclined to one another, are considered. Sonic flows, and flows for which the velocity is constant along each streamline, are studied and the related results are applied to flows in poly-tropic gases. It is shown that if two distinct incompressible flows have the same streamline pattern, then the flow variables are related in a definite manner. Finally, solutions are obtained for vortex flows and also for parallel flows.
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1999 ◽
Vol 62
(4)
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pp. 449-459
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1971 ◽
Vol 270
(1202)
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pp. 77-80
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1998 ◽
Vol 60
(3)
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pp. 529-539
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1966 ◽
Vol 293
(1434)
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pp. 342-358
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2008 ◽
Vol 74
(3)
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pp. 327-344
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