Sentence examples for steady jet from inspiring English sources

All of the sample cases are confirmed to form steady jet structures.

The energetics of the sound radiation process when a supersonically moving aerofoil cuts through a steady jet flow are examined.

Thrust is produced because the vortices give rise to a steady jet of fluid which leaves the tail in the direction which is opposite to the forward motion of the fish.

The relation between the radiated sound energy and the parameters characterizing the moving aerofoil, such as its chord and the velocity with which it interrupts the steady jet, is qualified.

In the case of flow-aerofoil interaction, sound radiation results from the scattering of the kinetic energy in the steady jet flow by the moving aerofoil, while for the piston source problem, acoustic energy comes from part of the work done by the piston source, the other part being trapped in the potential motion near the source.

Hybrid-synthetic jet actuators combine the advantages of synthetic jets and steady jets in flow control applications.

Results indicate that the combination of pulsed jets with steady jets provide the most uniform and enhanced Nusselt number distribution for the array of four jets.

Using a nebulizer design based on that concept, we show that the flow focusing steady jetting regime extends down to the limit imposed by the instability of jet itself, even for Reynolds numbers as low as 10−2.

Several numerical experiments for stationary and quasi-stationary states as well as for steady jets confirm the reliability of the well-balanced FVEG scheme.

The use of small scale, steady jets (microjets) in normal and tangential injection orientations is investigated through experimental parametric studies and companion numerical simulations.

In particular, it is found that in synthetic jets there are two distinctly different regions, the one further downstream exhibiting turbulence structure properties similar – but not identical – to those of steady jets.