Stay cables in cable-stayed bridges are subjected to various types of dynamic excitation
mechanisms under environmental loads. The excited vibrations can have a large amplitude …

Maintenance of mechanical elements is considered to be the most crucial task in industry
and a® ects the economics, predominantly. There are many techniques available for fault …

Stay cables are prone to large amplitude vibrations, due to their low inherent dam** and
high lateral flexibility. In this study, one magnetorheological (MR) damper based …

Stay cables are the most important components of cable-stayed bridges, in which bridge
loads are directly carried. Because the stay cables dominate the alignment of the bridges as …

As demand for long-span bridges is increasing worldwide, effective maintenance has
become a critical issue to maintain their structural integrity and prolong their lifetime. Given …

This paper has proposed an intelligent Evolutionary Bat Algorithm (afterward, EBA) Fuzzy
NN (Neural Network) controller used to ensure the asymptotic simulation stability of a …

The bridge stay cable, one of the most critical components in cable-stayed bridges, is
vulnerable to vibrations owing to its low inherent dam** capacity. Thus effective vibration …

In order to explore the failure mode of the cable-stayed pipe bridge under earthquake action,
taking the structural system of an oil and gas pipeline–cable-stayed pipe bridge as the …

This paper deals with the problem of global stabilization for a class of nonlinear control
systems. An effective approach is proposed for controlling the system interaction of …

This study presents a novel framework for data anomaly detection in stay‐cables, aimed at
establishing an autonomous monitoring system in cable‐stayed bridges. Based on the fact …