These are word's examples related to eddy. Click on any word to go to its word's detail page. Or, go to the definition of eddy.
There is a passage between the islands and the shore filled with sunken rocks, which form violent eddies.
They bicycled to a secluded spot among the willows where the water swirled into an eddy about four feet deep.
If you put a particle in the middle of the light loop, it would be dragged around by gravitational force, much like the eddies created when you stir a spoon in a cup of coffee.
The pictures showed that when the water reached a certain speed, it began to break into eddies, waves and cross-currents.
These larger eddies can stir the fluid more efficiently, thereby reducing concentration fluctuations (see figure 4).
The presence of active small-scale turbulence appears responsible for the continuing isotropy of the smallest eddies.
A commonly used procedure to estimate turbulent diffusion times is in terms of enhanced turbulent (eddy) diffusivities.
As soon as t* = 1.5, the velocities become sufficiently high in the wake for a pair of secondary eddies to develop.
In comparing with figure 6, we observe that details of the two spectral eddy-viscosities differ.
However, as the eddy did not increase in size further, this rate decreased downstream of the eddy formation.
For instance, the isotropic eddy viscosity hypothesis does not predict the observed fact that the shear stress and mean velocity gradient vectors have different directions.
In computing the response function, we want to capture the deformation of the fluid eddies while excluding the simple advection due to a large-scale flow.
These eddies or waves would occur and interact randomly in space and time in a natural flow (without excitation).
The inner boundary jet is still evident, but the eddy motion inside it is greater than in the westerly-forcing case.
This changes the size and position of the first eddies that form and thus changes the location and frequency of any coalescence of the eddies.
At higher frequencies, these eddies which formed a t the forcing frequency were small and quickly lost their identities by coalescence.
At higher frequencies, these eddies which form a t the forcing frequency are small and are quickly lost by coalescence.
