Experimental characterization of a turbulent boundary layer's response to a plasma-actuated synthetic large-scale structure reveals correlations between induced near-wall motions and phase-dependent modulation of turbulence production and transport.
Hairpin vortex organization in wall turbulence,
3 Pith papers cite this work. Polarity classification is still indexing.
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A new merge-tree and skeleton-based method extracts hairpin vortices from turbulent flow data more accurately and efficiently than previous approaches.
Linear theory predicts regimes for deformable surfaces in turbulence where the interface is enslaved by flow or shows intrinsic dynamics; simulations of air-water and rubber match predictions without wave turbulence.
citing papers explorer
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Response of a Turbulent Boundary Layer to a Synthetic Periodic Large-Scale Structure
Experimental characterization of a turbulent boundary layer's response to a plasma-actuated synthetic large-scale structure reveals correlations between induced near-wall motions and phase-dependent modulation of turbulence production and transport.
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Hairpin Vortices Extraction in Turbulent Boundary Layer Flows
A new merge-tree and skeleton-based method extracts hairpin vortices from turbulent flow data more accurately and efficiently than previous approaches.
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Free surfaces in turbulence -- A unified framework from water surfaces to elastic solids
Linear theory predicts regimes for deformable surfaces in turbulence where the interface is enslaved by flow or shows intrinsic dynamics; simulations of air-water and rubber match predictions without wave turbulence.