Vibration-based damage detection techniques receive wide attention of the research
community in recent years to overcome the limitations of conventional structural health …

This paper proposes a two-stage approach for damage assessment in beam-like structures
using two-dimensional Isogeometric Analysis (IGA) and Finite Element Method (FEM) …

In this paper, a Structural Health Monitoring (SHM) technique for damage identification in
beam-like and truss structures using Frequency Response Function (FRF) data coupled with …

In this paper, a new sensitivity‐based model updating method is presented based on the
changes of principal components (PCs) of frequency response function (FRF). Structural …

Vibration-based damage assessment approaches use modal parameters, such as
frequency response functions, mode shapes, and natural frequencies, as indicators of …

Damage detection is of great importance in reducing maintenance cost and preventing
collapse of structures. Despite existing damage detection methods, the current literature …

The spatial incompleteness and uncertainties of measured data are unavoidable factors that
could significantly affect the reliability of damage detection results. It is therefore essential to …

There have been countless studies to investigate structural damage identification. This field
of study is sometimes referred to as structural health monitoring. Model updating approach is …

A novel approach for structural damage identification of beam-like structures based on strain
frequency response functions (SFRFs) using artificial neural networks (ANNs) is proposed …

This paper develops a structural model updating method in the time-scale domain based on
the wavelet transform of the correlation function and seeks its implementation for damage …