An advection-based model to increase the temporal resolution of PIV time series

Two techniques for PIV based aerocaustic prediction and their to a rod-airfoil experiment

An advection-based model to incease the temporal resolution of PIV time-series

On the Suitability of Direct Application of Acoustic Theroy to Time-Resolved Tomographic PIV Tested by DNS for Low Mach Number Jet Flows

An advection model to increase the time-resolution of PIV time-series

Two techniques for PIV-based aeroacoustic prediction and their application to a rod-airfoil experiment

Application of Powell's analogy for the prediction of vortex-pairing sound in a low-Mach number jet based on time-resolved planar and tomographic PIV

Lagrangian and Eulerian pressure field evaluation of rod-airfoil flow from time-resolved tomographic PIV

High speed PIV applied to aerodynamic noise investigation

Comparison of two techniques for aeroacoustic determination from a rod-airfoil PIV experiment

Experiments on the flow field and acoustic properties of a Mach number 0.75 turbulent air jet at a low Reynolds number

Aeroacoustics of compressible subsonic jets

Rod-airfoil flow investigation by time-resolved TOMO PIV for aeroacoustics

Aeroacoustic analysis of a rod-airfoil flow by means of time-resolved PIV

Simulation and measurement of flow generated noise

Use of surface integral methods in the computation of the acoustic far field of a turbulent jet