This paper systematically presents the dynamical evolution analysis and vibration control
method of laminated composite joined conical-cylindrical-conical shells (JCCCS) influenced …

The dominant ultra-low frequencies of ambient vibrations pose a significant challenge for
highly efficient energy harvesting. To address this challenge, this study introduces a catapult …

Previous studies on the dynamic problems of magneto-electro-elastic (MEE) beams mainly
focused on the buckling and free vibration, no literature paid attention to the low-velocity …

Reducing low-frequency vibration and sound radiation in lightweight sandwich structures
remains a significant challenge due to the inherently long wavelength of low-frequency …

Due to its geometric flexibility, the arbitrary straight-side quadrilateral plate structure is
applied in various engineering practices. This article explores the nonlinear transient …

Fundamental frequency vibrations generated by aero-engines can propagate through joint
structures to the airframe, potentially causing significant damage to precision instruments …

The bistable piezoelectric composite laminates have two stable states, which can undergo
the nonlinear large amplitude vibrations, namely the snap-through vibrations, are used to …

In this work, a metamaterial dual-beam (MDB) structure with simultaneous acoustic black
hole (ABH) and local resonator (LR) is proposed for achieving broadband vibration …

A compact and lightweight sensor is always expected to be embedded with the traditional
micro-vibration isolator in spacecraft. It helps to detect the subtle disturbances the isolator …

Purpose Bandgap-tunable metamaterials have attracted considerable interest because of
their potential use in sensing and logic manipulation. This paper introduces a novel single …