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Nonlinear Kelvin-Helmholtz instability of a finite vortex layer
C. Pozrikidis,
J. J.L. Higdon
Chemical and Biomolecular Engineering
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Keyphrases
Kelvin-Helmholtz Instability
100%
Vortex Layer
100%
Initial Disturbance
75%
Vortex Core
75%
Layer Thickness
50%
Growth Rate
50%
Thick Layer
25%
Computational Effort
25%
Numerical Procedure
25%
S-shape
25%
Eccentricity
25%
Vortex
25%
Interfacial Area
25%
Small Oscillations
25%
Bifurcation
25%
Steady-state Solution
25%
Fully Developed
25%
Nonlinear Growth
25%
Finite Amplitude
25%
High-order Accuracy
25%
Periodic Disturbance
25%
Elliptical Shape
25%
Rotating Vortices
25%
Constant Vorticity
25%
Vortex Zone
25%
Engineering
Vortex
100%
Kelvin Helmholtz Instability
100%
Layer Thickness
25%
Good Agreement
12%
Thick Layer
12%
Vorticity
12%
Computational Effort
12%
Constant Value
12%
Thin Layer
12%
State Solution
12%
Interfacial Area
12%
Rotating Vortex
12%
Core Region
12%
Elliptical Shape
12%