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Coarse-Grained Models for Momentum, Energy and Species Transport in Gas-Particle Flows

机译:气体颗粒流中动量,能量和物质传输的粗粒度模型

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Coarse-grained (a.k.a. filtered) models for gas-particle flows strive to resolve coarse flow structures, while capturing the consequences of smaller scale processes through filter-size dependent closures. Through a combination of Euler-Euler and Euler-Lagrange simulations, we find that at small length scales the principal competition is between gravitational and particle phase stress, while at larger length scales it is between gravitational and particle inertia.
机译:气体颗粒流的粗粒度(也称为过滤)模型致力于解决粗流结构,同时通过取决于过滤器尺寸的封闭物捕获较小规模工艺的后果。通过Euler-Euler和Euler-Lagrange模拟的组合,我们发现在小尺度下,主要竞争是在重力和粒子相应力之间,而在大尺度下,主要竞争是在重力和粒子惯性之间。

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