and in fully developed turbulent flows to measure dispersion in a broad range of the flow kinetic energies, driven at different forcing scales. To investigate particle dispersion in both ballistic ...

This new analysis showed that the method succeeded at predicting the large-scale patterns in the horizontal turbulent motion, but had trouble with small features. The team is now working to ...

This is a hallmark of turbulent systems — they feature distinct behaviors nested within each other at different scales. In order to fully describe the motion of a turbulent system, you need a picture ...

Turbulence in nature refers to the complex, time-dependent, and spatially varying fluctuations that develop in fluids such as ...

In a recent effort to scale ... of the turbulent energy and shear stress created in such 50 L tanks by computational fluidic dynamic (CFD) analysis, the researchers determined optimal motion ...

"Each of these small pieces communicates with neighboring pieces to build up a picture of the large range of scales of turbulent motion," said Jinah Jeun a graduate student in aerospace ...

A groundbreaking new supercomputer model shows how magnetic fields shape the turbulent flow of charged particles in space.

Now, a new analysis by physicists based in China and France suggests the artist had a deep, intuitive understanding of the mathematical structure of turbulent ... examined the scale of its 14 ...

Turbulence links together the motion of fluids at different scales ... describes how energy is distributed across different scales in a turbulent flow. To measure it in a static painting ...