The swimming of aquatic animals and flying of insects and birds have fascinated physicists
and biologists for more than a century. In this regard, great efforts have been made to …

It is hypothesized that the relative stability of leading-edge vortices (LEVs) on flapping
profiles can be improved by moderating LEV growth through spanwise vorticity convection …

Pitching flat plates are a useful simplification of flapping wings, and their study can provide
useful insights into unsteady force generation. Non-circulatory and circulatory lift producing …

为了探明二级泥沙处理设施--新型异向流沉沙池的泥沙沉降特性及其沉沙机理,
该研究开展了不同流量和不同含沙浓度的系列试验, 并对泥沙运动过程进行了力学分析 …

This study experimentally investigates the phenomenon of leading-edge-vortex burst on
rotating flat plate wings. An aspect-ratio-2 wing was driven in pure rotation at a Reynolds …

We present a self-consistent theory to predict the behavior of compliant membrane wings
subject to aerodynamic loads. The theory incorporates the Young–Laplace equation to treat …

This paper reports the results of combined experimental and numerical studies on the
ground effect on a pair of three-dimensional (3D) hovering wings. Parameters investigated …

We study experimentally the aeroelastic instability boundaries and three-dimensional vortex
dynamics of pitching swept wings, with the sweep angle ranging from 0. The structural …

The aeroelastic response and energy harvesting performance of an elastically mounted
hydrofoil subject to a prescribed pitching motion are experimentally studied using a cyber …

Three-dimensional vortical structures and their interaction over a low-aspect-ratio thin wing
have been studied via particle image velocimetry at the chord Reynolds number of 10^ 5 10 …