In past decades, the occurrence of catastrophic collapses in post-tensioned concrete (PC)
bridges in several countries has raised major concerns about their load-bearing capacity …

The increasing number of bridges approaching their design life has prompted researchers
and operators to develop innovative structural health monitoring (SHM) techniques. An …

Long‐term performance of existing bridge structures provides stakeholders with information
that facilitates decision making for reasonable and optimal maintenance and management …

The paper presents a machine learning (ML) based framework to predict the prestressing
force reduction in prestressed reinforced concrete (PSC) box-girder bridges with unbonded …

In this study, a fiber Bragg grating (FBG)–differential settlement measurement (DSM) system
was used to conduct 2-year monitoring of the vertical displacement of a prestressed …

An important issue in impedance‐based damage monitoring is to deploy sensors in proper
positions in which damage‐sensitive impedance responses can be captured effectively. In …

To meet the requirements of structure design for high internal pressure with large diameter
tunnel and long-distance concrete pouring, a Double-layered and Double-looped Steel …

A diagnostic survey on the precast prestressed bridge Nižná confirmed significant
deterioration due to environmental distress. Evidently, decisive failures of the structure have …

Efficient and accurate damage identification methods are great significant for ensuring the
structural safety. This study proposes a multi-stage damage identification method for …

Ageing infrastructure leads to the need for a proper assessment and final decisions
considering its state. In the case of prestressed concrete structures, knowledge of the …