Numerical simulations of Lamb-Oseen vortex dipoles in viscoelastic media reveal that transverse shear waves in strongly coupled regimes accelerate vortex deformation and dissipation, especially in asymmetric configurations.
Two cases are examined: (a)Ω 2 =5.0 and (b)Ω 2 =7.5, as shown in Fig
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Vortex Dipole Evolution in Viscoelastic Media: Effects of Asymmetry, Coupling, and Transverse Shear Waves
Numerical simulations of Lamb-Oseen vortex dipoles in viscoelastic media reveal that transverse shear waves in strongly coupled regimes accelerate vortex deformation and dissipation, especially in asymmetric configurations.