At the time of designing structures up to date, the density and magnitude of the load have
increased, and the requirements for regulation have also become more stringent. To ensure …

The goal of this paper is to present a review of multi-objective optimization (MOO)
techniques used in the damage assessment of composite laminates, with regard to damage …

This work aims to develop a Structural Health Monitoring methodology that maximizes the
acquired modal response and minimizes the number of sensors in a helicopter's main rotor …

This paper presents a modified Artificial Bee Colony algorithm for structural damage
identification. Meanwhile, the effect of temperature variation is considered and the change of …

Dealing with structural damage identification (SDI) considering limited noise-contaminated
measurements and varying environmental conditions is still a challenge due to the …

In this paper, a novel two-stage structural damage detection method using modal flexibility
and strain energy-based index (MFSEBI) and modified teaching–learning-based …

Besides the common modes of failure including compressive, tensile, and bending in
concrete structures, cracking and failure due to the shear is also considered as a significant …

This paper proposes a novel non-probabilistic structural damage identification approach by
developing a hybrid swarm intelligence technique based on Jaya and Tree Seeds Algorithm …

The present paper focuses on the acquisition of the seismic responses of the masonry
structures for evaluating the variations of the predominant frequency, damping ratio, and …

In this work, we propose a procedure to estimate the Minimum Observable Damage (MOD)
by a vibration-based Structural Health Monitoring (SHM) system. The MOD is defined as the …