In homogeneous isotropic turbulence, two-point enstrophy analysis shows vortex stretching production balancing destruction above 10 Kolmogorov scales with diffusion dominating below, and a dual direct-reverse inertial flux arising from longitudinal and transverse vorticity dynamics due to stretching
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physics.flu-dyn 2years
2026 2verdicts
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Triad phase dynamics in the Fourier velocity field determine cascade directions in 2D turbulence through an analytically solvable stochastic closure that requires only the energy spectrum.
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Two-point enstrophy dynamics in homogeneous isotropic turbulence
In homogeneous isotropic turbulence, two-point enstrophy analysis shows vortex stretching production balancing destruction above 10 Kolmogorov scales with diffusion dominating below, and a dual direct-reverse inertial flux arising from longitudinal and transverse vorticity dynamics due to stretching
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Triad phase dynamics determine cascade direction in two-dimensional turbulence
Triad phase dynamics in the Fourier velocity field determine cascade directions in 2D turbulence through an analytically solvable stochastic closure that requires only the energy spectrum.