Wind farm simulations
Infrasound simulations from "Lervik" wind farm. The simulation is done with SoundSim360, and incorporates accurate weather data and topography. Infrasound has negligible atmospheric and ground damping and can propagate over vast distances.
Sound pressure levels in 1Hz, from Lervik wind farm (x marks the location of the 7 wind turbines). Validation against measurements (+). Simulation is done with SoundSim360, and incorporates accurate weather data and ground conditions.
City noise pollution
Underwater noise
Sound simulation outside the Ångström laboratory in Uppsala. The simulation is done with SoundSim360, and incorporates accurate weather data and includes sound transmission through buildings.
Sound simulation of a submarine off the coast of Gotland, Sweden. The simulation was performed using SoundSim360 and incorporates a moving sound source and heterogeneous speed of sound, density, and attenuation in both the water and seafloor.
OUR STORY
25 years of research in advanced numerical methods for wave dominated problems has condensed into a high fidelity sound simulation tool capable of accurate sound level predictions in realistic applications. All relevant physics is incorporated into the model, and utilizes GPUs to achieve fast simulations.
Optimization and inverse design is employed to adress relevant problems and to improve the precision.
We are committed to delivering accurate solutions tailored to meet our clients' needs. We work in close collaboration with professionals in acoustics.
PhD in scientific computing, chief developer and designer
Professor in Scientific computing, project leader and modeling expert
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