The dynamic behavior of civil engineering structures are usually studied by means of ambient vibration observations and their performance is analyzed by Peak Picking and/or Operational Modal Analysis methods. This paper reports the first results of a statistical multivariate approach, specifically Principal Component Analysis, to detect a suspected structural damage on a sicilian highway bridge. Furthermore, the damage simulated in a simple structural model made it possible to understand the characteristics of the method consisting in comparing the observed data on an undamaged structure with those coming from a damaged one.

Agrò G, C.V. (2018). Detection of damage in civil engineering structures by PCA on enviromental vibration data. In Book of short papers SIS 2018 (pp. 1462-1468).

Detection of damage in civil engineering structures by PCA on enviromental vibration data

Agrò G
Methodology
;
2018-01-01

Abstract

The dynamic behavior of civil engineering structures are usually studied by means of ambient vibration observations and their performance is analyzed by Peak Picking and/or Operational Modal Analysis methods. This paper reports the first results of a statistical multivariate approach, specifically Principal Component Analysis, to detect a suspected structural damage on a sicilian highway bridge. Furthermore, the damage simulated in a simple structural model made it possible to understand the characteristics of the method consisting in comparing the observed data on an undamaged structure with those coming from a damaged one.
2018
9788891910233
Agrò G, C.V. (2018). Detection of damage in civil engineering structures by PCA on enviromental vibration data. In Book of short papers SIS 2018 (pp. 1462-1468).
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/10447/302423
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