3D modal theory for underwater acoustic propagation
Modeling and visualization of acoustic interactions within realistic ocean environments, such as intricate topography, 3D sound speed distributions, and dynamic ocean conditions
Modeling and visualization of acoustic interactions within realistic ocean environments, such as intricate topography, 3D sound speed distributions, and dynamic ocean conditions
Solving various engineering challenges, ranging from acoustic design in engines and ventilation systems to sound propagation in ice-covered oceans, using the powerful equivalent source method