In this paper, an experimental study, aimed at delaying flow separation on a high-lift device
using a pulsed blowing excitation method, is reported. The main objective of this …

The main objective of this study is to investigate the effects of low and high frequency
actuation in improving the aerodynamic performance of the supercritical airfoil with the …

This paper presents a comprehensive review of the studies and research conducted on flow
separation control on lifting surfaces. In this paper, two critical parameters, namely, the …

In this paper, the potential of a novel active flow control strategy by means of a modulated
pulse jet vortex generator to enhance high-lift performance is demonstrated on a two …

Recently, pulsed jet actuators have been discovered as an efficient and promising technique
for flow separation control. In this paper, a systematic experimental investigation is carried …

The dielectric barrier discharge (DBD) plasma actuator has in the last decade emerged as
an active flow control device. This paper investigates the experimental measurements …

In today's world, research on cooling systems that can effectively reduce the cooling time of
heat sinks and enhance heat transfer efficiency in a shorter duration is extremely crucial …

Improving the performance of heat sinks is very important in the development of cooling
systems. In this study, the use of a novel combination method [magnetic field impingement …

This paper aims to utilize blowing as an active flow control technology to enhance the
aerodynamic efficiency of an aircraft's vertical tail. A computational method has been …

Aircraft secondary flow systems are small-flow circulation devices that are used for thermal
and cold management, flow control, and energy generation on aircraft. The aerodynamic …