The second edition of Predicting Outdoor Sound is an up-to-date reference on the
propagation of sound close to the ground and its prediction. New content includes …

The finite-difference time-domain (FDTD) method, solving the inhomogeneous, moving
medium sound propagation equations, also referred to as the Linearized Euler (ian) …

An efficient numerical method, referred to as the auxiliary differential equation (ADE)
method, is proposed to compute convolutions between relaxation functions and acoustic …

The time-domain nodal discontinuous Galerkin (TD-DG) method is emerging as a potential
wave-based method for three-dimensional (3D) room acoustics modeling, where high-order …

Realistic acoustic problems often involve interactions between arbitrary-shaped moving
objects at the interface with a fluid domain. The present work aims at developing numerical …

Noise generated by wind turbines is significantly impacted by its propagation in the
atmosphere. Hence, for annoyance issues, an accurate prediction of sound propagation is …

The feasibility of using numerical simulation of fluid dynamics equations for the detailed
description of long-range infrasound propagation in the atmosphere is investigated. The two …

The current work aims at developing a linearized Euler equations solver in curvilinear
coordinates to account for the effects of topography on sound propagation. In applications …

The Gaussian beam tracing method has advantages in computing long-distance noise
propagation in outdoor environments due to its high efficiency. Usually, repeated …

Accurate modeling of boundary conditions is of critical importance for acoustic simulations.
Recently, the time-domain nodal discontinuous Galerkin (TD-DG) method has emerged as a …