Use of SEA to Model the Sound Field in Large Acoustic Spaces

• After analyzing the background and continuous sound levels in the Port of Cartagena, it was found that impulsive sound must have a level above approximately 70 dB re 1 µPa to be

In this thesis we have presented several modelling techniques that can improve the cur- rent state-of-art of statistical cosmology: an improved halo modelling, a more realistic

Although in this case there is no sound horizon as the sound speed is zero, the presence of a nonvanishing anisotropic stress creates a new anisotropic horizon in the evolution of

Based on early experimental data it was possible to provide an average empirical spectrum of the impact sound pressure level that can be considered such a “prototype” of a

For higher frequencies, however, the sound pressure levels for equal annoyance decrease compared to equal loudness, indicating that the annoyance of high frequent

As a means to probe the possible fractal structure of the galaxy distribution we have studied the scaling of the num- ber density and angular correlation function of galaxies

These values show the computational effort needed in the calculation of the Green’s functions of the second problem, due to the electrically large separation of the parallel

Keywords: acoustic sensing; sound location; sensor synchronization; sensor network planning; derivative-free optimization; Pareto