Damage detection on a beam with multiple cracks: a simplified method based on relative frequency shifts

GR Gillich, NMM Maia, MA Wahab, C Tufisi, ZI Korka… - Sensors, 2021 - mdpi.com
Identifying cracks in the incipient state is essential to prevent the failure of engineering
structures. Detection methods relying on the analysis of the changes in modal parameters …

A cost function to assess cracks in simply supported beams with artificial intelligence

C Tufisi, N Gillich, M Ardeljan, RL Paun… - Romanian Journal of …, 2021 - rjav.sra.ro
In this paper, we propose a model for detecting transverse cracks in simply supported
beams, which can be part of more complex structural systems. The relative frequency shifts …

[HTML][HTML] Detection of transverse cracks in steel beams using damage location coefficients and artificial neural networks

AT Aman, C Tufisi, GR Gillich, ZI Praisach - Vibroengineering Procedia, 2023 - extrica.com
Structural health monitoring plays a crucial role in ensuring the integrity and safety of
engineering structures such as steel beams. This research paper presents a comprehensive …

TESTING THE RELIABILITY OF A 3D COST FUNCTION FOR DAMAGE DETECTION IN SIMPLY SUPPORTED BEAMS.

H CO, A AT, G GR - … Brâncuşi din Târgu-Jiu. Seria Inginerie, 2022 - search.ebscohost.com
To make engineering structures more viable, we need Structural Health Monitoring models
that are efficient as possible. Structural failure leads to huge costs for repairing damaged …

[PDF][PDF] TESTING THE RELIABILITY OF A 3D COST FUNCTION FOR DAMAGE DETECTION IN SIMPLY SUPPORTED BEAMS

CO Hamat, C Tufisi, AT Aman, GR Gillich - researchgate.net
To make engineering structures more viable, we need Structural Health Monitoring models
that are efficient as possible. Structural failure leads to huge costs for repairing damaged …