This article intends to give a comprehensive model to a brand new micromechanical
flapping-wing aircraft inspired by wing–tail interaction. In this aircraft, the flapping-wing …

This paper discusses the wing inertial effects and the important role of the mean stroke
angle on the pitch dynamics of hovering insects. The paper also presents a dynamic model …

This paper discusses the wing inertial effects on stability of pitch motion of hovering insects.
The paper also presents a dynamic model appropriate for using averaging techniques and …

Flapping-wing aircraft dynamics features with periodic characteristics. The widely-used
averaging theory simplifies the model to some extent, but it also fails to uncover the dynamic …

This article investigates vibrational stabilization effects in rotorcraft flight dynamics. This
study is motivated by recent results in flapping-wing flight, which showed that the time …

This work employs the principles of time-variant systems theory to investigate the unsteady
aerodynamics of rotary-wing configurations under periodic equilibrium conditions. Their …

This paper describes the extension of a free-vortex wake method in state-variable form
originally developed for rotarywing applications to flapping-wing flight. Following a detailed …

The paper demonstrates applications of pseudospectral-method-based framework to
rotorcraft dynamics. The framework is developed to incorporate blade-to-blade symmetry …

Focusing on the dynamic characteristics of the hindwing structure of Endebius Florensis, a
finite element model was established and analyzed to determine its modal characteristics …