In recent decades, the environmental impacts of aviation have become a key challenge for
the aeronautical community. Advanced and well-established technologies such as active …

In a propeller blade optimization, both aerodynamic and aeroacoustic performance were
considered simultaneously. A multi-fidelity sampling scheme was adopted by Transfer …

In practical applications, propellers often operate beneath incident waves. To investigate the
effects of waves on turbulent propeller wakes, a comparative study of the instantaneous flow …

Air vehicle sizing requires the ability to estimate the propulsive power and energy
requirements of a flight vehicle as well as its weight. Existing tools and methods for aircraft …

Rotating instability as an unsteady flow phenomenon is closely related to rotating stall in the
compressor. In this paper, dynamic pressure measurements and full-annular URANS …

Abstract Counter Rotating Open Rotors (CROR) have the potential to significantly reduce
aircraft emissions. However, there are a number of concerns surrounding their noise levels …

The fuel consumption of future civil aircraft needs to be reduced because of the CO 2
restrictions declared by the European Union. A consequent lightweight design and a new …

提出了一套适用于共轴对转螺旋桨轴流状态的高效气动性能预测方法. 为消除大入流角状态下小
角度假设引入的误差, 应用了精确的气动力分解模型与Prandtl 桨尖损失函数; …

A novel propeller with the blade tips joined in pairs, named Boxprop, is designed and
optimized for a conceptual electric aircraft using an efficient optimization platform. According …

High efficiency and low fuel consumption make the contrarotating open rotor (CROR) system
a viable economic and environmentally friendly powerplant for future aircraft. While the …