Conventional quasi-zero stiffness (QZS) isolators are sensitive to load variation, especially
the load mismatch can severely degrade low-frequency vibration isolation performance …

In this study, a novel device for both vibration reduction and energy harvesting has been
developed by merging an Euler-buckled beam nonlinear energy sink and a piezoelectric …

Flexible high-rise buildings are extremely vulnerable to wind, especially when
synchronously subjected to alongwind and crosswind forces. In this scenario, acceleration …

The air-gap eccentricity of motor rotor is a common fault of flywheel energy storage devices.
Consequently, this paper takes a high-power energy storage flywheel rotor system as the …

Nonlinear hysteretic isolators are widely applied in the field of vibration isolation due to their
excellent energy dissipation capacity. However, the dynamic response prediction of …

Micro-vibrations of the reaction wheel assembly (RWA) can have a negative impact on
spacecrafts' attitude control, surveillance, and measurement. Evaluating the micro-vibration …

As an emerging technology, origami exhibits rich nonlinear static and dynamic properties.
However, simulating creases remains a key challenge hindering practice application …

摘要低频振动衰减速度慢难以控制, 严重影响高端装备的精度, 稳定性和可靠性.
线性隔振器因承载能力和隔振频带之间的固有矛盾无法有效隔离低频振动. 因此 …

Micro-vibration significantly impacts spacecraft precision equipment operations, which can
be resolved by using a piezoelectric actuator. The voltage-displacement relationship is the …

The development of low-orbit Internet constellations is a major priority in contemporary
aerospace engineering, with the Multi-Satellite Stack emerging as a prominent method for …