In the present study, the interaction effect by inter-rotor spacing of coaxial rotor blades in
hovering and forward flight is studied by using a Reynolds-averaged Navier–Stokes CFD …

Coaxial compound helicopters adopt the lift-offset (LOS) strategy to improve the rotor
performance in high-speed flight, which influences the flight dynamics characteristics of the …

Vehicles with coaxial, contra-rotating rotor systems (CACR) are being considered for a
range of applications. Design parameters are identified that effect the fundamental …

This study is conducted to investigate the aerodynamic characteristics of a coaxial rotor in
low-speed forward flight using a high-fidelity computational fluid dynamics (CFD) solver …

Rotor-to-rotor interaction among neighboring rotors of a multirotor has great significance for
aerodynamically efficient multirotor design. Current research is conducted to analyze …

Coaxial rotor helicopters are a candidate for the next generation of rotorcraft due to their
ability to achieve high speeds without compromising hover performance. Coaxial rotors are …

The importance of aerodynamic fidelity in capturing coaxial rotor performance in hover and
edgewise flight is considered. Low-and mid-fidelity aerodynamic methods based on …

High-fidelity simulations were performed to analyze the rotor vibration of coaxial rotors using
a rotorcraft CFD solver, rFlow3D, with emphasis on the effect of lift offset and advance ratio …

The experimental and numerical computational investigation of co-axial rotor performance
has been increased over the past decade in order to understand complex interactions in co …

In recent years, unmanned aerial vehicle (UAV) formation flight has become an effective
strategy for urban air mobility (UAM). However, close rotor separation during formation flight …