Simulates the propagation of the acoustic wave using the finite difference method in 2D and 3D domains.
-
Updated
May 9, 2023 - Python
Simulates the propagation of the acoustic wave using the finite difference method in 2D and 3D domains.
The Python library for Sound Transmission Class (STC) calculation
This is the three-dimensional acoustic wave scattering analysis program for arbitrary objects in a inviscid fluid . This is based on boundary element method, the own developed numerical solution is used. The radiation force acting on the object can be analyzed.
Visualizing sound using a webcam and a white board
This is the analysis program of sound wave scattering by a spherical objects in a inviscid fluid. This program can analyze multiple scattering between spherical objects, and can analyze radiation force acting on each spherical object.
This is the three-dimensional acoustic wave scattering analysis program for arbitrary objects irradiated by arbitrary beams. This is the extension of "bem3_aw_b1" using iterative solution. This program can analyze multiple scattering between objects with less memory than "bem3_aw_b1".
This is the three-dimensional acoustic wave scattering analysis program for one-dimensional periodic arrangement objects irradiated by a plane wave. The radiation force acting on the object can be analyzed. This is based on boundary element method, the own developed numerical solution is used.
Collection of codes for different propagation schemes
Deep Learning Implementations on Acoustic Wave Processing with LSTM Architecture
This is the sound pressure analysis program for focused beams. This program can analyze plane waves, Bessel beams, focused beams and those superpositions.
This is the three-dimensional acoustic wave scattering analysis program for two-dimensional periodic arrangement objects irradiated by a plane wave. The radiation force acting on the object can be analyzed. This is based on boundary element method, the own developed numerical solution is used.
Add a description, image, and links to the acoustic-wave topic page so that developers can more easily learn about it.
To associate your repository with the acoustic-wave topic, visit your repo's landing page and select "manage topics."