Tag: turbulence

Active biological flows can entangle DNA polymers to drive a sharp transition from disordered turbulence to synchronized, millimetre-scale mechanical oscillations.

A new two-dimensional spectral framework reveals how wind-turbine wake turbulence changes directionally across scales, improving the accuracy of wake modeling ...

A quantitative assessment reveals that turbulence-like power spectra in postinflationary condensate fragmentation are strictly interval-dependent and hold across only a ...

Springer Nature has launched Discover Fluid Mechanics, a peer-reviewed open-access journal covering all areas of fluid mechanics research, announced in ...

A detailed analysis of the EPCAPE campaign at Scripps Pier shows that the position of the Pacific subtropical anticyclone governs ...

Researchers used stereoscopic micro particle image velocimetry to show that calcium sulfate crystal fouling grown inside a rectangular flow channel ...

A new finite-similitude scaling theory shows that combining two scaled models, rather than one, can replicate full-scale turbulent behaviour across ...

A head-to-head comparison of VAEs, DCGANs and DDPMs on simulated and experimental cylinder wake flows finds the DCGAN offers the ...

Flume experiments and coupled modeling show that bioturbation-induced riverbed topography strongly accelerates hyporheic exchange in mountain rivers, with exchange flux ...

A computational NK-landscape study shows how variable interdependencies, early positions and changing local options can shape organizational adaptation under turbulence.