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Spatial versus temporal instabilities in a parametrically forced stratified mixing layer
A. Yu Gelfgat
,
E. Kit
School of Mechanical Engineering
Fluid Mechanics and Heat Transfer
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Dive into the research topics of 'Spatial versus temporal instabilities in a parametrically forced stratified mixing layer'. Together they form a unique fingerprint.
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Mathematics
Mixing Layer
100%
Kelvin
24%
Hermann Von Helmholtz
23%
Reynolds number
21%
Kelvin-Helmholtz Instability
17%
Phase Velocity
15%
Parametric Analysis
13%
Eigenvalue
12%
Amplification
12%
Oblique
11%
Viscous Flow
11%
Codimension
9%
Bifurcation
7%
Valid
7%
Three-dimensional
7%
Iteration
6%
Curve
6%
Framework
5%
Model
3%
Physics & Astronomy
Richardson number
24%
eigenvalues
14%
Reynolds number
14%
Kelvin-Helmholtz instability
11%
viscous flow
9%
phase velocity
8%
iteration
8%
upstream
8%
curves
4%
Engineering & Materials Science
Reynolds number
12%
Phase velocity
10%
Viscous flow
8%
Amplification
7%
Set theory
4%