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Heat Transfer in Droplet-Laden Turbulent Channel Flow with Phase Transition in the Presence of a Thin Film of Water

机译:在薄膜存在下,在液滴 - 升起湍流通道流动中的热传递

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In the field of multiphase systems droplet-laden channel flow presents a challenging topic not only because of how turbulent flow influences the mass and heat transfer properties of droplets but also how droplets modulate the flow. In this contribution we focus on droplet-laden turbulent channel flow with phase transition generalizing earlier work by [1, 2] and introducing gravity in the wall-normal direction which acts both on the flow and on the droplets. Gravity leads to a mean motion of droplets towards the bottom wall where they accumulate and form a film of water.
机译:在多相系统的领域中,液滴 - 升起通道流量不仅是由于湍流如何影响液滴的质量和传热特性,而且如何如何调制流量。在这一贡献中,我们专注于液滴 - 载有相位过渡的湍流通道流,通过[1,2],并在壁正方体上引入重力,该壁正常方向上起到流动和液滴上的作用。重力导致液滴朝向底壁的平均运动,在那里它们积聚并形成水膜。

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