Direct numerical simulation of two-dimensional stratified gravity current flow with varying stratification and aspect ratio

Direct numerical simulation; Fluid mechanics; Gravitation; Gravity waves; Numerical models; Reynolds number; Vortex flow; Critical regimes; Gravity currents; Kelvin-Helmholtz; Size and shape; Strong stratification; Subcritical flow; Supercritical flow; Weak stratification; Aspect ratio

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Bibliographic Details
Main Authors: Lam W.K., Chan L., Hasini H., Ooi A.
Other Authors: 57205240468
Format: Conference Paper
Published: Australasian Fluid Mechanics Society 2023
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Description
Summary:Direct numerical simulation; Fluid mechanics; Gravitation; Gravity waves; Numerical models; Reynolds number; Vortex flow; Critical regimes; Gravity currents; Kelvin-Helmholtz; Size and shape; Strong stratification; Subcritical flow; Supercritical flow; Weak stratification; Aspect ratio