A morphing aircraft can adapt its configuration to suit different types of tasks, which is also an
important requirement of Unmanned Aerial Vehicles (UAV). The successful development of …

The unsteady vortex-lattice method provides a medium-fidelity tool for the prediction of non-
stationary aerodynamic loads in low-speed, but high-Reynolds-number, attached flow …

Birds morph their wing shape to accomplish extraordinary manoeuvres,,–, which are
governed by avian-specific equations of motion. Solving these equations requires …

With rapid development of aviation technology, materials science and artificial intelligence,
aircraft design is pursuing higher requirements both in civil and military fields. The new …

This article investigates gain self-scheduled H∞ robust control system design for a tailless
folding-wing morphing aircraft in the wing shape varying process. During the wing morphing …

In this paper, a sliding mode flight controller is formulated in order to enhance the lateral
maneuverability for a tailless telescopic wing morphing aircraft by using additional …

Slender deployable wings have attracted interest for use in Mars, Titan, and high-altitude
flights. Such wings are composed of multiple bodies connected by hinge joints and can be …

对可变展长, 可变后掠角的变体飞行器物理模型进行了简化, 基于Kane 方法,
将变体运动假设为已知的可控输入, 利用约束方程来表示机翼的变形运动, 选取飞行器位移运动 …

This paper reviews the flight mechanics and control of birds and bird-size aircraft. It is
intended to fill a niche in the current survey literature which focuses primarily on the …

This paper presents an adaptive neural control for the longitudinal dynamics of a morphing
aircraft. Based on the functional decomposition, it is reasonable to decompose the …