
Integrating mSOUND with kWave for transducers of curved shape
This example shows how to integrate mSOUND with kWave for simulations involving curved transducers. Currently, only planar phasedarrays can be directly set up in mSOUND for modeling focused beams. To...

Integrating mSOUND with kWave for thermal simulations
This example shows how to combine mSOUND and kWave for thermal simulations. The acoustic simulation is conducted with mSOUND first and the thermal simulation is subsequently implemented by kWave. Acoustic...

Selecting the proper temporal domain size for the TMDM
Normally, it is suggested that the temporal domain size (length of the time axis) should be at least sufficiently large so that the majority of the wave would exit the...

Reconstruction of the source pressure distribution with FSMDM in a 3D homogeneous medium
In this example, the pressure distribution on the source plane is reconstructed by using the backward projection with FSMDM. This is essentially the process of acoustical holography. In this manner,...

Shock wave simulations with TMDM
Due to the lack of a shockcapturing algorithm, mSOUND is currently not ideal for modeling shock waves. Shock waves, however, can still be modeled with either very fine step size,...

One step reconstruction of the source pressure distribution with FSMDM in a 3D homogeneous medium
This example shows that when reconstrcting the pressure distribution in homogeneous medium, the step size can be chosen as large as the propagation distance. Results in this example are compared...