Abstract
Oscillating cylindrical body in a viscous fluid initiates oscillating and not oscillating, slow steady-state creeping, flows. Solution of the creeping flow can be deduced if flow of the ideal fluid is determined. In this paper plane steady-state flow of the ideal fluid past a circular cylinder, placed symmetrically in a channel, is found. The theory of analytical functions and conformal mapping are applied
About this article
Received
April 25, 2008
Accepted
June 13, 2008
Published
June 30, 2008
Keywords
Ultrasound
thrombolysis
oscillations
viscous fluid
ideal fluid
creeping or Stokes flow
Copyright © 2008 Vibroengineering
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