These are intended to create turbulent flow in certain areas around the body.

All of the others are for transitional and turbulent flow only.

Since the tests did not produce turbulent flow it was hard to determine anything.

The turbulent flow pushed against him, rising past his knees.

The region of intermittently turbulent flow is often very long.

Beyond this, the implications for fully turbulent flow are slight.

Most specifically, Fig. 21.22 is an example of results for a turbulent flow as discussed above.

The level not only rose in the chasm, it developed a turbulent flow.

It was a lighter gray against the darker turbulent flow.

Highly turbulent flow at the warming surface is important to good heat transfer.

The platform itself keeps the telescope above turbulent flows of air along the ground.

For applications where you need a less turbulent flow eg.

Turbulent flow, on the other hand, is irregular and travels at a higher speed.

He was known for developing computer simulations to model complex turbulent flows.

The hydraulic jump is characterised by a highly turbulent flow.

It is well documented that there are strong interactions between the turbulent flow and reactions.

There is considerable evidence that turbulent flows deviate from this behavior.

At smaller Re, the difference between laminar and turbulent flow rates is too small.

Consequently, much of our knowledge of turbulent flows comes from experiment.

A physical description of the principal processes occurring within a turbulent flow can be developed from these.

However, we now have enough material to examine the way in which the equations of motion are developed for turbulent flows.

These have been caused by turbulent flow during teeming (pouring) of the glass.

This is a consequence of the fact that turbulent flows normally occur at high Reynolds number.

The large eddies are the longest-lived features of a turbulent flow.

Extensive numerical work has been done on turbulent flows.