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 …

In this experimental study, the impact of symmetric local blowing on suppressing the vortex-
induced noise of a circular cylinder was investigated. A highly instrumented cylinder with …

The strategic implementation of local blowing (LB) around a circular cylinder within a
uniform flow has demonstrated its capacity to effectively suppress aerodynamic noise under …

An extensive experimental investigation was undertaken to control the flow and noise
characteristics influenced by vortex shedding from a circular cylinder by implementing air …

This paper presents a comprehensive experimental study on the unsteady pressure exerted
on the surface of a round cylinder in smooth and turbulent flows. A highly instrumented …

Aerodynamic noise and unsteady loads resulting from the vortex shedding of a circular
cylinder pose significant challenges in engineering applications. Understanding these …

It is well known that the pressure fluctuations on both sides of a cylinder and those in its
oscillating near-wake region are both sound sources at low Reynolds and Mach numbers …

A comprehensive experimental study was carried out to investigate the effectiveness of a
local blowing through a structured porous-coated cylinder (SPCC) as a novel technique for …

The sinusoidal wavy cylinder of circular cross section is able to substantially reduce the fluid
forces by effectively stabilizing the near wake in the subcritical flow regime. Based on the …

Recent developments in the weather research and forecasting (WRF) model have made it
possible to accurately estimate incident solar radiation. This study couples the WRF-solar …