An inverse problem of damage identification and localization in a structure is modelled as a
robust optimization problem. In the robust optimization problem, the optimum value and …

Currently, visual inspections for damage identification of structures are broadly used.
However, they have two main drawbacks; time limitation and qualified manpower …

In this paper, for efficiently reducing the computational cost of the model updating during the
optimization process of damage detection, the structural response is evaluated using …

Structural health monitoring has become an important research topic in conjunction with the
damage assessment of structures. The use of system identification approaches for damage …

For damage detection, a hybrid technique consisting of two strategies is proposed. First,
grey relation analysis is used to exclude the impossible damage locations such that the …

Optimization is an essential tool to minimize or maximize functions, obtaining optimal results
on costs, mass, energy, gains, among others. Actual problems may be multimodal …

Genetic algorithms applied to structural damage detection have broad application prospects.
Based on the traditional genetic algorithms, this paper conducts the improvement research …

Dynamic properties such as natural frequencies and mode shapes are directly affected by
damage in structures. In this paper, changes in natural frequencies and mode shapes were …

The present paper aims to explore damage assessment methodology based on the changes
in dynamic parameters properties of vibration of a structural system. The finite‐element …

The sensitivity of structural health monitoring systems to environmental and operational
conditions poses a significant challenge due to their inherent susceptibility to outliers. This …