This paper and a companion paper present a state-of-the-art review of significant research
performed in the area of smart structures. The focus of the review is journal articles …

Semiactive control systems have received considerable attention for protecting structures
against natural hazards such as strong earthquakes and high winds, because they not only …

This paper presents the problem definition and guidelines for a benchmark control problem
in real-time hybrid simulation for a seismically excited building, to appear in a Special Issue …

This paper presents the benchmark problem definition for seismically excited base‐isolated
buildings. The objective of this benchmark study is to provide a well‐defined base‐isolated …

Nowadays, vibration control of structures is considered as a challenging field among
scientists and engineers. Structural damage and financial losses due to recent earthquakes …

This study investigates the use of correlation-based damage detection methods for long-
span, cable-stayed bridges. The proposed approach is based on the multiple damage …

Sample controllers for a three‐dimensional smart base‐isolated building benchmark
problem with linear and frictional isolation system are presented in this paper. A Kalman …

This paper examines the ASCE first generation benchmark problem for a seismically excited
cable-stayed bridge, and proposes a new semiactive control strategy focusing on inclusion …

The effectiveness of the multi-mode control of seismically excited building installed with
distributed multiple tuned mass dampers (d-MTMDs) is investigated by comparing dynamic …

This paper focuses on introducing and investigating the performance of a new passive
seismic control device for cable-stayed bridges made with shape memory alloys (SMAs) …