OptimUS: an open-source fast full-wave solver for calculating acoustic wave propagation with applications in biomedical ultrasound
Haqshenas, Reza; Gelat, Pierre; van't Wout, Elwin;
OptimUS: an open-source fast full-wave solver for calculating acoustic wave propagation with applications in biomedical ultrasound
OptimUS is an open-source Python library that provides functionality to simulate acoustic wave propagation in an unbounded domain with multiple scatterers. This poster presents main features of OptimUS and a few examples for focused ultrasound treatment planning.
- Pontifical Catholic University of Chile Chile
- University College London United Kingdom
Focuse ultrasound, Multiple scattering, 3D acoustic wave solver, BEM, FUS Simulations, acoustic wave propagation, Boundary element method, OSRC, Nested domains, Helmholtz equation, OptimUS, Therapeutic ultrasound, Treatment planning
Focuse ultrasound, Multiple scattering, 3D acoustic wave solver, BEM, FUS Simulations, acoustic wave propagation, Boundary element method, OSRC, Nested domains, Helmholtz equation, OptimUS, Therapeutic ultrasound, Treatment planning
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