Structural dynamics is one of the most important elements of a precision gimbal design
which often dominates the system line-ofsight stabilization and pointing performance …

Adverse aeroservoelastic interaction is a problem on aircraft of all types causing repeated
loading, enhanced fatigue, undesirable oscillations and catastrophic flutter. This adverse …

Unbound aggregate base layers in a quarry haul road in Georgia were characterized using
embedded sensors and in situ seismic testing. Two sections of the road were constructed as …

为解决飞机气动伺服弹性耦合频率低且随飞机重量构型变化大, 使用结构陷幅滤波器改善飞机
气动伺服弹性稳定性易于影响飞机操稳特性的问题, 建立了一种基于多目标遗传算法的结构陷幅 …

Structural coupling (ie, aeroservoelasticity) between the flight control system with multiple
motion sensor feedbacks and the aeroelastic modes of the flexible airframe can be a serious …

The article presents a robust subsystem decoupling framework for uncertain linear systems
with linear fractional representation, where the uncertainties are described by Integral …

When addressing concerns related to an unstable interceptor missile with lightly damped
structural modes, the active mitigation of structural vibrations may be unfeasible due to …

The interaction between an aeroelastic system and a flight control system (FCS), namely
aeroservoelasticity, may result in aircraft instability, and the corresponding frequencies are …

Abstract Testing the Flight Control Laws and the Airdata Algorithm form a major part of the
Flight Control System development cycle. These two safety critical software are validated …

Aeroservoelastic interactions have become a critical design consideration for meeting the
increasingly demanding performance requirements imposed on aircraft designs. The …