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 …

With the progressive maturation of fluidic Thrust Vectoring technology, future advanced
fighter aircraft are poised to adopt the new nozzle with higher vector efficiency. This research …

Thrust vectoring controls the thrust generated by a jet engine and is an essential technology
for enabling vertical takeoff and landing of an aircraft. A novel dual throat bent nozzle …

Shock vector control (SVC) is one of the most researched topics in the field of fluidic thrust
vectoring (FTV). In SVC, a secondary fluid flows through an injector to deflect the primary …

The purpose of the study is to investigate detailed flow properties of the bypass dual throat
nozzle (BDTN) for fluidic thrust vectoring, and to find an optimal geometry to maximize its …

In this work, the performance of secondary injection thrust vector control of an altitude
adaptive planar double divergent supersonic nozzle is numerically investigated. The …

Abstract Thrust Vector Control (TVC) is a technique that allows precise control over the
direction and velocity of an aerial vehicle. This paper presents a novel approach combining …

This paper introduces a novel approach for modeling and optimizing the trajectory and
behavior of small solid rocket missiles. The proposed framework integrates a six-degree-of …

Thrust vectoring is a key technology that enables vertical takeoff and landing by controlling
the direction of the thrust produced by a jet engine. A new hybrid thrust vectoring solution …

Over the decades, polar satellite launch vehicles and geosynchronous launch vehicles have
utilized variants of the Vikas engine for numerous space operations. The pitching control for …