We mitigate vortex-induced vibrations of a square cylinder at a Reynolds number of 100
using deep reinforcement learning (DRL)-based active flow control (AFC). The proposed …

This paper is concerned with the application of porous treatments as a means of flow and
aerodynamic noise reduction. An extensive experimental investigation is undertaken to …

Porous coating on cylinders reduces the aerodynamic noise due to vortex shedding. A key
understanding of how porous media suppress vortex shedding is related to near-field …

The tonal noise generation of a circular cylinder in a uniform flow is an important source of
aerodynamic noise. It can be found at parts of the landing gear of airplanes, at pantographs …

Flow control technique is an important research field of aerodynamics. Flow control implies a
small change of a configuration serving an ideally large engineering benefit. The aim of this …

Cylindrical bodies in uniform flows can be coated with a porous medium as a passive flow
and noise control method in an effort to reduce the acoustic effects of vortex shedding. To …

Aeroacoustic studies of porous cylinder coatings, which reduce the vortex shedding noise of
cylinders in uniform flow, have received increased attention. To further understand how …

The present paper describes the effect of drag reduction of circular cylinders due to a porous
coating on their leeward sides. To investigate the coating effect, experiments were …

A model of hairy medium is developed using a homogenized approach, and the fluid flow
around a circular cylinder partially coated with hair is analysed by means of numerical …

The vortex shedding tone of a cylinder in uniform flow can be reduced by applying a porous
coating yet this mechanism is not fully understood. An experimental investigation of …