The successful implementation of Structural Health Monitoring (SHM) systems is confined to
the capability of evaluating their performance, reliability, and durability. Although there are …

Reliability quantification is a critical and necessary process for the evaluation and
assessment of any inspection technology that may be classified either as a nondestructive …

Deflection curve can be used to detect and localize damage in civil engineering structures.
In this paper, a vision‐based method applied for in‐plane displacement field measurement …

Significant progress has recently been achieved in structural health monitoring, maturing the
technology through quantification, validation, and verification to promote implementation …

This article aims at providing a framework for assessing the detection and localization
performance of guided wave–based structural health monitoring imaging systems. The …

The failure of buried pipelines can lead to serious consequences such as explosions,
environmental pollution, settlement, as well as economic loss. To prevent these outcomes, it …

In view of an extensive literature about guided waves–based structural health monitoring of
plate-like structures made of metallic and composite materials, a lack of information is …

Structural health monitoring (SHM) is a technology striving to enable automated evaluation
of the health condition of structures. The SHM has recently attracted significant attention in …

A comprehensive approach to NDE and SHM characterization error (CE) evaluation is
presented that follows the framework of the 'ahat-versus-a'regression analysis for POD …

Structural health monitoring systems are based on suitable sensor techniques allowing
online and offline supervision of technical systems. The quantification of …