Identification of defects in structures and its components is a crucial aspect in decision
making about their repair and total replacement. Failure to detect the faults has various …

Signal processing is the key component of any vibration-based structural health monitoring
(SHM). The goal of signal processing is to extract subtle changes in the vibration signals in …

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) …

Signal processing is one of the essential components in vibration-based approaches and
damage detection for structural health monitoring. Since signals in the real world are often …

Vibration Analysis (VA) is the most commonly used technique in predictive maintenance. It
allows the diagnosis of faults, especially those in the early stages. The use of VA is important …

With recent ground-breaking advances, machine learning (ML) has been applied widely in
numerous fields in this day and age. However, because of the application of …

A new methodology is presented for (a) detecting,(b) locating, and (c) quantifying the
damage severity in a smart highrise building structure. The methodology consists of three …

This paper presents a new damage detection methodology for beams. It applies wavelet
analysis to locate the damage from changes in the mode shapes (geometric based …

Dynamic damage detection methods, in which changes in the dynamic properties of
structures such as frequencies and mode shapes are used to identify the location of …

Dynamic-based methods for detecting the location of damage in structures are generally
based on changes caused by damage in the dynamic properties of structures such as modal …