Coanda effect is the adhesion of fluid on a convex surface. This paper presents the effect of
temperature on the Coanda flow and shows how the temperature of the surface can …

This paper analyses the ACHEON Coanda effect nozzle for aircraft propulsion, based on the
dynamic equilibrium of two jet streams. The ACHEON concept, and, in particular, the …

In the present paper, numerical investigations are carried out in a newly proposed
propulsive system Aerial Coanda high-efficiency orienting jet nozzle (ACHEON), which …

As a new alternative to tilting rotors or turbojet vector mechanical oriented nozzles, ACHEON
(Aerial Coanda High Efficiency Orienting-jet Nozzle) has enormous advantages because it …

Coanda effect (adhesion of jet flow over curved surface) is fundamental characteristics of jet
flow. In the present paper, we carried out numerical simulations to investigate Coanda flow …

This paper continues recent research of the authors about the ACHEON Coanda effect two
streams nozzle. This nozzle aims to produce an effective deflection of a propulsive jet with a …

The paper presents a study on a Coanda nozzle with applications in vectorized propulsion.
The nozzle is able to change the exist flow angle as a function of a differential two-stream …

Purpose Aeronautic transport has an effective necessity of reducing fuel consumption and
emissions to deliver efficiency and competitiveness driven by today commercial and …

This study addresses the challenge of enhancing aircraft maneuverability, particularly for
vertical landing and takeoff, focusing on the fluidic aerial Coanda high efficiency orienting jet …

This paper presents the study which was intended to identify the optimum geometries for
different operating conditions of a Coanda bases Fluidic Thrust vectoring using ACHEON …