首页> 外文期刊>Journal of Applied Mechanical Engineering >Interface Liquid-Solid Global Bifurcation Multiparameter of Flow Water Waves through Porous Compacted Granular by andldquo;Yakam Matrixandrdquo;
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Interface Liquid-Solid Global Bifurcation Multiparameter of Flow Water Waves through Porous Compacted Granular by andldquo;Yakam Matrixandrdquo;

机译:界面液体固体全球分叉多射点流水波通过Andldquo的多孔压实粒度; Yakam Matrixandrdquo;

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摘要

The construction of the tourbillon balls is fundamentally well known to Constatin and Strauss. In this work, we apply the flow of water through the compacted granular, in order to arrive at a model of passage in confinement and stagnation through the pores. An approach agrees of the advanced theory of water waves and the application of dynamics in microfluidics is discussed to improve “ASEAD Project water for everybody”. The approximation solution of nonlinear stochastic partial differential equation for only element of “Yakam Matrix” liquid-solid interface by simple understanding bifurcation behavior will follow the some trajectory of waves of water, granular compaction and dynamics of fluids at all scales, then we are still just at the beginning.
机译:陀飞轮球的建设基本上众所周知,坦率和施特劳斯众所周知。在这项工作中,我们通过压实的粒度将水流施加,以便通过孔隙到达禁闭和停滞的模型。讨论了一种方法同意水波的先进理论,并讨论了微流体中的动态的应用,以改善“每个人的Asead项目水”。通过简单了解分叉行为仅仅是“Yakam矩阵”液体固体界面的非线性随机偏微分方程的近似解,将遵循所有尺度的水,粒度压实和流体动态的一些轨迹,然后我们仍然存在就在开始。

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