Abstract Evaluation and modeling of structures behavior over their service life are crucial
parameters for construction safety. This research investigates the use of output-only …

In order to investigate the structural integrity of a railway bridge, supervised and semi-
supervised deep learning techniques incorporating wavelet transform (WT) were used …

Herein, a novel in-plane dual-axis micro-electro-mechanical system piezoresistive
accelerometer was proposed based on theoretical and simulation analyses. Its self-support …

Measurements of displacements of bridges under dynamic load are particularly difficult in
the case of structures where access to the area under the tested structure is impossible …

Hydraulic compactor is an efficient reinforcement machine for loess subgrade. However, it is
difficult to control the layered compaction quality of the subgrade. This research presents a …

There are many approaches to address geospatial monitoring of pipeline overpasses,
among which the most widespread methods are terrestrial laser scanning and total station …

The growing traffic on municipal bridges demands effective methods for monitoring spatial
deformations to ensure structural safety. Traditional measurement techniques often fall short …

This work analyzes the difference in stiffness in a steel laboratory structure using clamped
joints or bolted joints and analyzes if the stiffness varies in the same way when the frame is …

Railway infrastructure maintenance is essential in implementing the transportation system.
Most of these railway bridges have suffered gradual deterioration over time. Predictive …

Wireless sensor networks (WSNs) have gained a positive popularity for structural health
monitoring (SHM) applications. The underlying reason for using WSNs is the vast number of …