Vibration-based monitoring of a small-scale wind turbine blade under varying climate conditions. Part I: An experimental benchmark [0.03%]
基于振动的风力机叶片监测（一）：实验标尺
Yaowen Ou,Konstantinos E Tatsis,Vasilis K Dertimanis et al.
Yaowen Ou et al.
Structural health monitoring (SHM) has been increasingly exploited in recent years as a valuable tool for assessing performance throughout the life cycle of structural systems, as well as for supporting decision-making and maintenance plann...
Dynamic responses of a damaged double Euler-Bernoulli beam traversed by a 'phantom' vehicle [0.03%]
"受损双欧拉-伯努利梁的‘幽灵’车辆通过响应分析"
Rohit Chawla,Vikram Pakrashi
Rohit Chawla
In this paper, the dynamic response of a damaged double-beam system traversed by a moving load is studied, including passive control using multiple tuned mass dampers. The double-beam system is composed of two homogeneous isotropic Euler-Be...
Control of stress and damage in structures by piezoelectric actuation: 1D theory and monofrequent experimental validation [0.03%]
基于压电驱动的结构应力和损伤控制：一维理论及单频实验验证
Juergen Schoeftner,Andreas Brandl,Hans Irschik
Juergen Schoeftner
This contribution presents novel results on feed-forward control of stress in piezoelectric structures by means of piezoelectric actuation. For that sake, we focus on a one-dimensional benchmark problem, a piezoelectric transducer that is e...
M. Anton; F. Casciati
M. Anton; F. Casciati
Identification of the location and size of cracks in beams by a piezoceramic actuator–sensor [0.03%]
利用压电陶瓷作动器-传感器识别梁中裂纹的位置与尺寸
Sopon Ritdumrongkul; Yozo Fujino
Sopon Ritdumrongkul; Yozo Fujino
G. Yang; B. F. Spencer Jr.; Frank Leban
G. Yang; B. F. Spencer Jr.; Frank Leban
Application of an active electromagnetic vibration absorber in vibration suppression [0.03%]
主动电磁振动吸收器在振动抑制中的应用
J. Liu; K. Liu
J. Liu; K. Liu
Cubic control for phase I smart base-isolated benchmark building with emphasis on nonstructural performance [0.03%]
针对第一阶段智能基础隔震基准建筑的立方体控制，重点在于非结构性能
Xin Xu; Tarunraj Singh; Gary F. Dargush
Xin Xu; Tarunraj Singh; Gary F. Dargush
Response mitigation of the base isolated benchmark building by semi-active control with the viscous-plus-variable-friction damping force algorithm [0.03%]
基于粘滞-可变摩擦阻尼力算法的半主动控制对基础隔震基准建筑的响应减缓效果
Anat Ruangrassamee; Weerasit Srisamai; Panitan Lukkunaprasit
Anat Ruangrassamee; Weerasit Srisamai; Panitan Lukkunaprasit