Electrohydrodynamics (EHD) refers to the interaction of electrical forces with fluids, whether
liquids or gases. EHD has established itself as an energy-efficient, highly versatile, and …

In the present work, the effect of the passive air-blowing on the near-wake region of DU97-W-
300 airfoil with blunt trailing edge is numerically investigated using ANSYS-Fluent. The …

This study investigates the influence of air blowing on the aerodynamic noise generated by
a flat plate with a blunt trailing edge. The uniform blowing was applied through evenly …

This article provides a comprehensive review of key approaches to suppressing stall flow in
pumps, offering insights to enhance pump performance and reliability. It begins by outlining …

The single-objective surrogate-based optimization study of the trailing-edge serrations is
performed using Ayton's analytical model. The parametric study of the model is provided …

Controlling flow around a circular cylinder is essential for reducing drag, alleviating lift
fluctuations, and enhancing aerodynamic efficiency in various engineering applications. In …

A pair of surface mounted dielectric-barrier-discharge (DBD) plasma actuators is placed
diametrically on a circular cylinder model. The flow field generated by the actuators in steady …

We propose the use of plasma actuators in order to control the vortex induced vibration
phenomena (VIV) originated by an airflow around a rigid circular cylinder. The body was …

Blade vortex interaction noise is a problematic and dominant component of rotor noise.
Plasma actuators strategically placed at the tip of the rotor blades can reduce the strength of …

The reduction of sound pressure level (SPL) induced by the fluid flow is one of the central
factors in the modern aerodynamic designs. In the present study, the aerodynamic …