Damage identification forms a key objective in structural health monitoring. Several state‐of‐
the‐art review papers regarding progress in this field up to 2011 have been published. This …

A fatigue damage diagnosis and prognosis approach has been developed based on strain
monitoring. The fatigue experiment is conducted on 2024 aluminum specimens with center …

A key issue affecting the performances of every human-conceived engineering system is its
degradation, fatigue crack growth being one of the major structural deterioration …

The field of robotics has grown a lot over the years due to the increasing necessity of
industrial production and the search for quality of industrialized products. The identification …

Tensegrities form a special case of truss, wherein compression members (struts/bars) float
within a network of tension members (cables). Tensegrities are characterized by the …

Abstract Structural Health Monitoring (SHM) enables assessing in-service structures'
performance by localizing structural anomaly instances immediately after their occurrence …

Periodic health assessment of large civil engineering structures is an effective way to ensure
safe performance all through their service lives. Dynamic response‐based structural health …

Bayesian filtering based structural health monitoring algorithms typically assume stationary
white Gaussian noise models to represent an unknown input forcing. However, typical …

The identification of parameters of linear or nonlinear systems under unknown inputs and
limited outputs is an important but still challenging topic in the context of structural health …

This paper presents a real time monitoring methodology to identify the location of acoustic
emission (AE) sources generated by microcracks created within an aluminum plate when …