Inviscid versus viscous instability mechanism of an air–water mixing layer
Inviscid versus viscous instability mechanism of an air–water mixing layer
复制标题
空气-水混合层的非粘性与粘性不稳定机制
作者：
Jean
研究了约束对两相混合层粘性时空不稳定性的影响。我们表明，包含有限的液体和气体厚度所引发的绝对不稳定性可以很好地预测实验数据。此外，这种新机制为简化的无粘标度定律和更复杂的粘性方法的相关性提供了理由。
We study how confinement affects the viscous spatiotemporal instability of a two-phase mixing layer. We show that the absolute instability triggered by the inclusion of finite liquid and gas thicknesses leads to a good prediction of experimental data. In addition, this new mechanism provides a justification for the relevance of both simplified inviscid scaling laws and more sophisticated viscous approaches.