The phrase "acoustic flow" is correct and usable in written English.
It can be used in contexts related to sound, music, or fluid dynamics where the interaction of sound waves is being discussed.
Example: "The researchers studied the acoustic flow in the concert hall to optimize the sound experience for the audience."
Alternatives: "sound flow" or "audio flow".
With acoustic flow monitors, such as those developed by the USGS in the last five years, such a tragic loss of life might have been averted.
For junctions with both sharp and rounded edges the acoustic flow velocity amplitude is comparable to the main flow velocity.
These bats could therefore estimate distance using three main sensory-navigation strategies, all of which we have examined: acoustic flow, acoustic landmarks, or path integration.
We then tested their behavior when the platform was removed under different manipulations, including changing the acoustic flow, moving the start point, and adding wind.
The images acquired are processed to yield a separation efficiency metric that is used to evaluate the effect of acoustic, flow and geometrical parameters.
A method of measuring the acoustic flow resistance and reactance of porous materials is described, and some illustrative experimental data are presented and discussed.
In plants, the radiated power of numerous cells working in such a concerted way has been theoretically predicted to be sufficient for observable effects, leading to acoustic flows in the order of 150 200kHz (Perelman and Rubinstein 2006).
The Mexicans and the United States team installed a special seismometer, an acoustic-flow monitor, that could pick up a small lahar flowing by.
So this acoustic-flow-thermal FEM method could be applied to an optimized LFS system design and simulating the thermal analyses of LFS in healthy human body in terms of safe thermal limits.
To predict and impede the overheating problems in LFS, an acoustic-flow-thermal finite element method (FEM) based on COMSOL Multiphysics software is proposed in this paper to achieve thermal analyses.
The acoustic-flow interaction is illustrated, showing that incoming sound waves at a Strouhal number of 0.43 trigger a strong axisymmetric flow structure in the orifice in the square duct, and interact with a self-sustained axisymmetric oscillation in the circular duct orifice.
