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TRANSPORT OF VORTICITY IN VISCOELASTIC MAGNETIC FLUID PARTICLE MIXTURES THROUGH POROUS MEDIUM

机译:多孔介质中粘弹性磁流体颗粒混合物中涡流的传输

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The transport of vorticity in viscoelastic Walters B′ fluid in the presence of suspended magnetic particles in porous medium is considered. Equations governing the transport of vorticity in Walters B′ viscoelastic fluid in the presence of suspended magnetic particles in porous medium are obtained from the equations of magnetic fluid flow proposed by Wagh and Jawandhia (1996). From these equations, it follows that the transport of solid vorticity . r is coupled with the transport of fluid vorticity 1 . r in porous medium. Further, it is found that due to thermo-kinetic process, fluid vorticity may exist in the absence of solid vorticity in porous medium, but when fluid vorticity is zero, then solid vorticity is necessarily zero. A two-dimensional case is also studied.
机译:考虑在多孔介质中存在悬浮磁性颗粒的情况下,粘弹性沃尔特斯B'流体中涡旋的传输。从Wagh和Jawandhia(1996)提出的磁流体流动方程,可以得到控制多孔介质中悬浮的磁性颗粒存在时Walters B′粘弹性流体中涡旋运动的方程。从这些方程式,可以得出固体涡度的传递。 r与流体涡度的传递1耦合。 r在多孔介质中。此外,发现由于热动力学过程,在多孔介质中在没有固体涡度的情况下可能存在液体涡度,但是当液体涡度为零时,则固体涡度必然为零。还研究了二维情况。

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