This paper proposes a two-stage approach for damage assessment in beam-like structures
using two-dimensional Isogeometric Analysis (IGA) and Finite Element Method (FEM) …

Vibration-based damage detection is a range of methods that utilizes the dynamic response
of a structure to evaluate its condition and detect damage. It is an important approach for …

This paper presented the process of implementing and developing a novel damage
detection approach on beam like-structure using modal parameters. In Theoretical Modal …

Structural damage assessment is crucial for structural health monitoring to evaluate the
safety and residual service life of the structure. To solve the structural damage detection …

This paper develops and presents a technique on the identification of the damage location
and depth in a beam using a frequency contour method. Unlike the frequency contour …

To take advantage of various types of dynamic measurement data for structural damage
detection, an identification strategy based on cross-correlation function with data fusion of …

The existence of damages in structures causes changes in the physical properties by
reducing the modal parameters. In this paper, we develop a two-stages approach based on …

针对激光测振仪中的自适应滤波问题, 本文采用最小均方误差前向预测器, 仿真分析了振动测量
信号的峰值, 频率, 滤波器阶数和步长系数等参数对最小均方误差前向预测器滤波性能的影响 …

Research on loose bolt fault in transmission towers is difficult to detect, and the localization
of the loose bolts has always been a challenge in the field of structural health monitoring …

This paper studies damage detection as an optimization problem. A new objective function
based on changes in natural frequencies, and Natural Frequency Vector Assurance …