This paper designs a novel airfoil-based flutter piezoelectric energy harvester attached to an
unconstrained trailing-edge flap, for transforming the vibration mode and improving the …

本文运用格林函数法求解了曲梁压电俘能器在强迫振动下的解析解. 运用微分法分析了压电层合
曲梁结构面内各内力, 根据曲梁压电俘能器的动力学方程组, 基于压电本构关系 …

This study aims to harvest electrical energy from the vibrations of bridges. For this purpose, a
functionally graded (FG) cantilever beam installed at the mid-point of a bridge was utilised …

建立了含裂纹损伤的曲梁压电能量俘获系统在强迫振动下的动力学模型. 基于Prescott
型压电曲梁力电耦合振动方程的解析解和裂纹截面处的连续性条件, 求解了含裂纹损伤的压电曲 …

This paper presents an asymmetric magnetic coupling piezoelectric energy harvester (PEH)
based on galloping to scavenge low-speed wind. The piezoelectric beam of energy …

This paper mainly concentrates on obtaining the explicit solutions of the forced vibrations of
oil-conveying pipes on two-parameter foundations and studying the stabilities of these …

Vibration energy harvesting problems have strongly developed in recent years. However,
many researchers just consider bending vibration models of energy harvesters. As a matter …

A formulation is presented for steady-state dynamic responses of rotating bending-torsion
coupled composite Timoshenko beams (CTBs) subjected to distributed and/or concentrated …

This paper nonlinearly models cantilever-based functionally graded magneto-electro-elastic
energy harvesters (FGMEEEH) for the first time. The coupled magneto-electro-mechanical …

Increased interest in thermo-electro-elastic during the last decades can be assigned to the
fact that the study of thermo-electro-elastic mechanical coupled behavior in smart structure …