In one way or the other, all of the world's major scientific inventions have been dependent on
the materials available at that time. Edison was able to invent light bulb only because …

This study presents a comprehensive investigation on functionally graded (FG) graphene
reinforced aluminium cantilever rectangular plates under aerodynamic loads. Two-way …

This letter proposes a novel bio-inspired wing design to improve some characteristics of
Flap** Wing Unmanned Vehicles (FWUV) related to their potential applications such as …

Morphing wings provide a potential avenue to improve aerodynamic performance of aircraft
operating at multiple design conditions. Nevertheless, morphing wing design is constrained …

A new investigated concept for passive load alleviation is to exploit the nonlinear behavior of
wing design components to trigger a deformation which reduce loads once a critical load …

View Video Presentation: https://doi. org/10.2514/6.2022-0318. vid A new concept for
passive load alleviation is explored with aeroelastic simulations in the time domain. The …

View Video Presentation: https://doi. org/10.2514/6.2022-0687. vid Background: Nonlinear
elastic concepts like degressive springs or shape memory alloys show up a wide range …

Structural analyses of modified wing structures are performed to achieve nonlinear
progressive tip twisting behaviour for passive load reduction by exploiting buckling of …

传统固定构型机翼因其气动外形难以满足飞行器日益增长的性能要求, 因此飞行器变形翼研究
得到广泛的关注, 已成为当前国际航空航天领域的研究热点, 是飞行器实现大空域 …

Coupled fluid-structure-interaction analyses of a concept for passive load alleviation based
on structural nonlinearities are performed. The load alleviation concept is to include a …