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首页> 外文期刊>International Journal of Applied Mechanics and Engineering >HYDRODYNAMIC AND HYDROMAGNETIC STABILITY OF TWO SUPERPOSED ELASTICO - VISCOUS FLUIDS OF DIFFERENT PERMEABILITY WITH DUST IN POROUS MEDIUM
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HYDRODYNAMIC AND HYDROMAGNETIC STABILITY OF TWO SUPERPOSED ELASTICO - VISCOUS FLUIDS OF DIFFERENT PERMEABILITY WITH DUST IN POROUS MEDIUM

机译:多孔介质中两种含灰尘的不同渗透率的粘弹性流体的动力和动力学稳定性。

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摘要

Rayleigh-Taylor instability of two superposed Walters' B has elastico-viscous fluids in a uniform magnetic field through a porous medium with different permeability been studied to include the suspended (dust) particles effect. Using normal mode technique a dispersion relation has been derived. The stability analysis has been carried out. The magnetic field stabilizes the unstable configuration for the wave number band K > K~* in which the system is unstable in the absence of the magnetic field. It is also found that for a potential stable arrangement for Walters B' elastico-viscous fluids of different permeabilities in the presence of suspended particles through a porous medium the system is stable, whereas in the potentially unstable case instability of the system occurs.
机译:研究了两个叠加的Walters'B的Rayleigh-Taylor不稳定性,该弹性粘液在均匀磁场中通过具有不同磁导率的多孔介质被研究,其中包括悬浮(粉尘)颗粒效应。使用正常模式技术,已经得出了色散关系。进行了稳定性分析。磁场使波数带K> K〜*的不稳定配置稳定,其中在没有磁场的情况下系统不稳定。还发现,对于通过多孔介质的悬浮颗粒的存在,对于具有不同渗透率的Walters B'弹性粘稠流体的潜在稳定布置,系统是稳定的,而在潜在不稳定的情况下,会出现系统的不稳定。

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