How can wave propagation in a solid-fluid problem be modelled, and in particular how are transmission boundary conditions handled?
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Hello mate here is your answer.
Numerical simulation examples using the PLSI method and comparisons with exact solutions demonstrate that artificial boundary reflections can be almost completely eliminated when the incidence angle is less than approximately 70°, Beyond this angle, remanent artificial boundary reflections become visible.
Hope it helps you.
Numerical simulation examples using the PLSI method and comparisons with exact solutions demonstrate that artificial boundary reflections can be almost completely eliminated when the incidence angle is less than approximately 70°, Beyond this angle, remanent artificial boundary reflections become visible.
Hope it helps you.
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The propagation gets in touch with the newly modelled boundaries conditions.
Handling the gas is harmful
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