Structural health monitoring and assessment (SHMA) is exceptionally essential for
preserving and sustaining any mechanical structure's service life. A successful assessment …

Guided waves based structural health monitoring systems have been proposed to ensure
reliability and structural integrity of pipelines. These systems are designed with permanently …

An effective nondestructive evaluation technique that enables the detection and
quantification of subsurface defects is highly demanded for assuring safety and reliability of …

A tactile position sensing system based on the sensing of acoustic waves and analyzing with
artificial intelligence is proposed. The system comprises a thin steel plate with multiple …

This article presented a physics-based structural health monitoring (SHM) approach applied
to a pretensioned adjacent concrete box beams bridge in order to predict the deformations …

The structural health monitoring/nondestructive evaluation method based on the generation
and detection of highly nonlinear solitary waves is emerging as a cost-effective technique to …

Due to the fact that outliers can degrade localization accuracy significantly in wireless
sensor networks, we propose an outlier suppression approach via non-convex robust …

Three pretensioned adjacent concrete box beam bridges were studied with a structural
health monitoring (SHM) paradigm based on strain measurements and finite element static …

Three Pennsylvanian bridges were studied using finite element and wireless sensor
technology. A detailed finite element model of each bridge was created using a commercial …

Feature selection techniques aim to evaluate feature's importance and select the most
relevant ones. This paper concerns the selection of features in order to perform a reliable …