The ability of a wind turbine to react to rapid fluctuations in wind velocity is blunted by the
massive rotational inertia of the rotor assembly as a whole, as well as the mass of individual …

Toward Understanding and Optimizing Separation Control Using Microjets Page 1 Toward
Understanding and Optimizing Separation Control Using Microjets Vikas Kumar ∗ and Farrukh …

THE maximum normal force developed by a single element airfoil may be limited by flow
separation, which can occur at higher angles of attack. This phenomenon often results in a …

An experimental study was performed to assess the feasibility of passive air jet vortex‐
generators to the performance enhancement of a domestic scale wind turbine. It has been …

VARIOUS flow control techniques to reenergize boundary layers and thereby suppress flow
separation have been successfully tested, such as slot blowing, tangential blowing, and …

Rapid prototyping techniques are ideally suited to the manufacture of aerodynamics
research models as these items usually consist of highly complex 3 Dimensional (3D) forms …

Separation control in compressor cascade is very significant for modern high efficiency
compressor. This paper introduces a separation control approach using self-supplied jet in a …

This study focuses on the development of wing leading edge concepts for noise reduction
during high-lift operations, without compromising landing stall speeds, stall characteristics or …

Scale-adaptive simulations (SAS) of three-dimensional flow around a circular cylinder fitted
with a passive version of a novel flow control method (passive Venturi actuator, PVA) are …

The dynamic stall of the airfoil can adversely affect the performance of helicopter rotor
blades, jet engine compressor blades, wind turbine blades, and so on. Therefore, the flow …