The present paper is aimed at providing an updated review of prediction methods for the
aerodynamic noise of ducted rotor–stator stages. Indeed, ducted rotating-blade technologies …

The present work describes a numerical reproduction of the 22-in source diagnostic test fan
rig of the NASA Glenn Research Center. Numerical flow simulations are performed for three …

The fan noise in the train electric traction system contributes to the main noise of the train,
affecting the comfort of the passengers. The prediction of fan noise can serve as a …

Abstract Rotor–Stator Interaction (RSI) noise predictions using analytical models have
become a first hand approach to perform quick and efficient noise assessments. However, a …

This manuscript presents a rod-linear cascade model for emulating rotor-stator interaction
noise. The model is intended as a test platform for studying noise mitigation techniques for a …

This paper presents an analytic solution for the sound generated by rotor–stator interaction
for aerofoils with small camber and thickness subject to a background flow with small angle …

Numerous studies (including theoretical modeling, numerical simulation, and experimental
measurement) have confirmed that wake interaction is a primary factor affecting tonal and …

This paper investigates simplified and representative configurations of fan wake-cascade
interaction noise, which is a major source of broadband noise in ultra-high bypass ratio …

Time-resolved simulations present a new opportunity for studying the disturbances
responsible for the broadband interaction noise created by the fan stage. In this paper, two …

This thesis is concerned with flows through cascades, ie periodic arrays of obstacles. Such
geometries are relevant to a range of physical scenarios, chiefly the aerodynamics and …