The aerodynamic characteristics around a micro air vehicle wing with an inverse-
Zimmerman configuration are numerically investigated by an in-house programmed solver …

As part of the ongoing research on micro air vehicles, the present work focuses on the effect
of membrane flexibility on the aerodynamic performance of flexible latex flapping wings …

The idea of using small-scale vehicles, often termed micro air vehicles, for various
surveillance applications has become increasingly popular in recent years. A micro air …

Aerodynamic research is primarily divided into two parts; fly higher, fly faster and fly low, fly
slow. This research is focused towards the later part of aerodynamic advancements, which …

MICRO air vehicles (MAVs) are small (wing span on the order of 100 mm) and can fly at low
flight speeds (up to 15 m= s) in areas, where operate large aircraft are not feasible or …

介绍了一种基于模型变形视频测量系统和计算空气动力学研究静弹性变形对气动力影响的方法.
利用模型变形视频测量系统获取模型在气动载荷作用下的静弹性变形, 驱动模型表面网格运动 …

Analytical and finite element models are developed for investigating the modal
characteristics of a hyperelastic rubber latex membrane for micro air vehicle wings …

设计研制了一种飞翼布局的柔性翼和刚性翼微型飞行器. 并在风洞中研究了两种微型飞行器在
定常风和水平阵风作用下的气动特性, 给出了柔性翼和刚性翼微型飞行器气动特性的差别 …

Vortex formation has numerous influences on the aerodynamic characteristics of fixed-wing
micro air vehicle wings. Despite the mature understanding of vortices on fixed-wing and …