Employing the Laplace transform and its properties, we investigate the evolution of the coupled thermal and fluid-acoustic waveforms that arise in a signaling problem under the Eringen-Cattaneo-Christov-Straughan model of poroacoustic phenomena. Assuming a Heaviside temperature input, we determine the effects of what we term the "Eringen coefficient" by examining the propagation and evolution of the resulting shock and/or acceleration waveforms. Special/limiting cases are also discussed and, in the final section of this Note, possible follow-on studies are suggested
Poroacoustic front propagation under the linearized Eringen-Cattaneo-Christov-Straughan model
Zampoli, Vittorio
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2024-01-01
Abstract
Employing the Laplace transform and its properties, we investigate the evolution of the coupled thermal and fluid-acoustic waveforms that arise in a signaling problem under the Eringen-Cattaneo-Christov-Straughan model of poroacoustic phenomena. Assuming a Heaviside temperature input, we determine the effects of what we term the "Eringen coefficient" by examining the propagation and evolution of the resulting shock and/or acceleration waveforms. Special/limiting cases are also discussed and, in the final section of this Note, possible follow-on studies are suggestedFile in questo prodotto:
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