This paper collects the state of the art and the tremendous progress that has been made in
hybrid modeling of aeroacoustic sound. Hybrid modeling is defined such that flow and …

A family of acoustic perturbation equations is derived for the simulation of flow-induced
acoustic fields in time and space. The mean flow convection and refraction effects are part of …

The present review paper provides a comprehensive overview of the research activities on
wind turbine aeroacoustics at DTU over the last 20 years, as well as it gives the state-of-the …

For efficient aeroacoustic computation at low Mach numbers, the linearized perturbed
compressible equations (LPCE) are proposed. The derivation is based on investigation of …

Finite-difference, time-domain (FDTD) calculations are typically performed with partial
differential equations that are first order in time. Equation sets appropriate for FDTD …

In low Mach number aeroacoustics, the well-known disparity of scales allows applying
hybrid simulation models using different meshes for flow and acoustics, which leads to a fast …

The flow-induced sound sources of human voice production are investigated based on a
validated voice model. This analysis is performed using a hybrid aeroacoustic workflow …

A hybrid aeroacoustic approach was developed for the efficient numerical computation of
human phonation. In the first step, an incompressible flow simulation on a three-dimensional …

A computational methodology is proposed for aerodynamic noise prediction of long-span
bodies at low Mach numbers. The three-dimensional hydrodynamic field is computed by …

A revised formulation of a hydrodynamic/acoustic splitting method is proposed for
aeroacoustic noise prediction of wall-bounded shear flows at low Mach numbers. Based on …