Thrust vectoring innovations are demonstrated ideas that improve the projection of
aerospace power with enhanced maneuverability, control effectiveness, survivability …

Modern aircraft and missiles are gradually integrating thrust vector control systems to
enhance their military capabilities. Bypass Dual-Throat Nozzle (BDTN) control is a new …

Even though shape optimization is a powerful tool for designing aerospace vehicles, it can
be time-consuming when high-fidelity models are employed. Thus, lower-fidelity simulations …

The supersonic split line (SSSL) nozzle is one of the thrust vector nozzles. Because of the
complex internal flow, designing a high-performance SSSL nozzle, especially with a large …

Due to its ability to maximize thrust vectoring performance, the bypass dual throat nozzle
(BDTN) has an advantage over other fluidic vectoring controls. In this study, numerical …

This research paper investigates the optimal angle for introducing a bypass jet in rocket
engines for thrust vectoring. Numerical simulations using a finite-volume method were …

The nozzle is the key component of water mist fire extinguishing system. As a response to
the problems of small injection angle associated with straight jet nozzles and the weak axial …

Bypass dual throat nozzles (BDTN) was first proposed in the 1990s as means to enable
more effective and efficient control of combat aircraft, but real-world implementation has not …

Thrust vectoring innovations are demonstrated ideas that improve the projection of
aerospace power with enhanced maneuverability, control effectiveness, survivability …

Morphology optimization is an effective approach for designing rocket engine nozzles, but it
can be time-consuming when using high-fidelity models. Therefore, in the early design …