boundary layer

The aircraft was used for research into boundary layer control.

The boundary layer is still there, but it's all similarly hot.

On the other hand, in the middle of the top side is yet another stagnant boundary layer.

The reason is the higher Richardson number in the outer part of the boundary layer.

There was a noticeable boundary layer between it and the surrounding air.

There is also a secondary flow in the boundary layer along the floor of the river bed.

Thus a large range of angles can be used without boundary layer separation.

Provided this boundary layer is intact the wall will not be damaged.

The concept of a boundary layer is important in many aerodynamic problems.

The region between these two points is aptly named the boundary layer.

This causes the boundary layer over the body of the airplane to grow.

A surface can have multiple types of boundary layer simultaneously.

Subsequently we shall focus particular attention on wakes and boundary layers.

Its when the roughness can not be absorbed in the boundary layer.

Let be the fluid velocity outside the boundary layer, where and are both parallel.

This was later attributed to a thick boundary layer on the blades.

The upshot is that small areas of the boundary layer are turbulent.

Wall flows have some special features which we illustrate by considering boundary layers.

A boundary layer can transition to turbulence through a number of paths.

There are many applications for boundary layer wind tunnel modeling.

In the theory of heat transfer, a thermal boundary layer occurs.

During the filtration process a boundary layer forms on the membrane.

One promising approach is sucking air out of the boundary layer to make it thinner.

"The sound was the turbulence caused by our penetration of a boundary layer."

There are several major types of instability which commonly occur in boundary layers.