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In this paper an equation of velocity for the slow oscillations and large oscillations in a pipe is derived for the acoustic streaming generated by a standing wave in an electrically conducting fluid in the presence of magnetic field. The flow along the pipe is under the influence of a periodic pressure difference. The main restriction is that the boundary layer thickness is less than the sound wavelength λ. As a novelty, we have tried to present graphically the impact of magnetic field on the velocity distribution for an intermediate frequency in oscillating pipe flow at different instants of one period.
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