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How to solve a frequency domain problem using deformed geometry
Posted 9 feb 2021, 19:26 GMT-5 Acoustics & Vibrations, Mesh, Studies & Solvers Version 5.5 0 Replies
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Hi,
I'm trying to model the changes in an acoustic field emited by a transducer when an echogenic object passes in front of the emitted beam.
I'm using the "Pressure Acoustics, Frequency Domain" to solve the field, and a "Deformed Geometry" to model the components displacement. I defined a "time-dependent" study to simulate the process, and solving for both acoustic and deformed geometry.
The issue is that I don't know how to define the settings in order to solve for the acoustic field for all discrete time point so I can see how the field is changing when the echogenic object passes in front of the transducer. What I get is the initial acoustic field which doesn't change in time, and the deformed geometry which is behaving as intended.
How do I setup the study so the acoustic field is updated and solved based on the time-dependent evolving simulated environment?
Thanks in advance for your help.
Regards,
Dany
Hello Dany Berube
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