Bridges are critical infrastructure, and effective operation and maintenance (O&M) is
essential for ensuring the good condition of bridges. Owing to the increasing complexity of …

Prestressing methods were used to realize long-span bridges in the last few decades. For
their predictive maintenance, devices and dynamic nondestructive procedures for identifying …

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 …

The direct socio-economic consequences of the deterioration of aging infrastructure systems
have triggered a continuous process of revising and updating current design standards and …

The short-term vibration response of uncracked prestressed concrete (PC) members under
long-age conditions was investigated. No study has examined long-term phenomena of …

Accurate prediction of long-term behavior of prestressed concrete (PC) bridges is
computationally expensive and complex. One main reason is that accurate finite element …

This paper evaluates the data collected during a comprehensive monitoring campaign
aimed at capturing the prestress loss behaviour of four 11.9 m prestressed concrete beams …

Several long-span prestressed concrete (PSC) girder bridges have exhibited excessive
deflection over time that can affect their normal use and safety. Thus, monitoring the time …

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 …

Strengthening hollow structural members against torsional loading using the prestressed
concrete (PC) method has received much attention in the last decades from scholars and …