Five eigenvectors of the linear thermoviscous flow over the homogeneous background derived for the quasi-plane geometry of the flow. The corresponding projectors are calculated and applied to get the nonlinear evolution equations for the interacting vortical and acoustic modes. Equation on streaming cased by arbitrary acoustic wave is specified. The correspondence to the known results on streaming cased by quasi-periodic source is traced. The radiation acoustic force is calculated for the mono-polar source
We study acoustic streaming in liquids driven by a nondissipative acoustic body force created by lig...
Rayleigh streaming is a steady flow generated by the interaction between an acoustic wave and a soli...
The article presents a numerical study of the large-amplitude, acoustically-driven streaming flow fo...
Instantaneous radiation force of acoustic streaming in a thermoviscous fluid is the subject of inves...
Acoustic streaming refers to time-averaged flows generated by time-periodic sound waves. In classic“...
International audienceThe interaction of an acoustic wave with a stratified fluid can drive strong s...
The present study focuses on acoustically induced thermal effects on Rayleigh streaming inside a res...
International audienceThe acoustic streaming is a second-order steady flow, which is superimposed on...
International audiencecoupling between thermal effects and Rayleigh streaming in a standing wave gui...
The effect of inertia on Rayleigh streaming generated inside a cylindrical resonator where a mono-fr...
The research has been supported by the grant project GACR 21-16406S of the Czech Science Foundation...
The non-linear phenomena which appear in thermoacoustic systems generate continuous secondary flows,...
Acoustic streaming is a steady recirculated flow produced by interactions between acoustic waves and...
When an acoustic wave propagates in a fluid, it can generate a second order flow which characteristi...
We present a numerical study of thermoviscous effects on the acoustic streaming flow generated by an...
We study acoustic streaming in liquids driven by a nondissipative acoustic body force created by lig...
Rayleigh streaming is a steady flow generated by the interaction between an acoustic wave and a soli...
The article presents a numerical study of the large-amplitude, acoustically-driven streaming flow fo...
Instantaneous radiation force of acoustic streaming in a thermoviscous fluid is the subject of inves...
Acoustic streaming refers to time-averaged flows generated by time-periodic sound waves. In classic“...
International audienceThe interaction of an acoustic wave with a stratified fluid can drive strong s...
The present study focuses on acoustically induced thermal effects on Rayleigh streaming inside a res...
International audienceThe acoustic streaming is a second-order steady flow, which is superimposed on...
International audiencecoupling between thermal effects and Rayleigh streaming in a standing wave gui...
The effect of inertia on Rayleigh streaming generated inside a cylindrical resonator where a mono-fr...
The research has been supported by the grant project GACR 21-16406S of the Czech Science Foundation...
The non-linear phenomena which appear in thermoacoustic systems generate continuous secondary flows,...
Acoustic streaming is a steady recirculated flow produced by interactions between acoustic waves and...
When an acoustic wave propagates in a fluid, it can generate a second order flow which characteristi...
We present a numerical study of thermoviscous effects on the acoustic streaming flow generated by an...
We study acoustic streaming in liquids driven by a nondissipative acoustic body force created by lig...
Rayleigh streaming is a steady flow generated by the interaction between an acoustic wave and a soli...
The article presents a numerical study of the large-amplitude, acoustically-driven streaming flow fo...