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Resonant gas oscillations exhibiting mixed nonlinearity
Published online by Cambridge University Press: 26 April 2006
Abstract
A closed tube containing a BZT-fluid is driven by an applied velocity near and at resonant frequencies. A small-rate theory is shown to predict the existence of stable periodic expansion and compression shocks in a resonant frequency band. The significant effects of wave interaction and thermoviscous damping are demonstrated.
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- © 1996 Cambridge University Press
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