The uncertainty afflicting modal parameter estimates stems from eg, the finite data length,
unknown, or partly measured inputs and the choice of the identification algorithm …

Abstract The Modal Phase Collinearity (MPC) is a modal indicator designed to decide
whether the mode shape used in its computation is a real or complex-valued vector. Its …

Structural performance against wind hazards is necessary in modern tall building design,
especially for structures in the region prone to tropical cyclones. In fact, wind-related failures …

In the context of detecting changes in structural systems, several vibration‐based damage
detection methods have been proposed and successfully applied to both mechanical and …

The use of structural health monitoring (SHM) systems in large structures is of relevant
importance, as it provides data that can alert the occurrence of structural failures even in the …

Concern for the dynamic structural response of ships and offshore structures as required for
safety and serviceability assessments, including habitability. This should include steady …

Vibration-based structural monitoring is an interdisciplinary field within the Structural Health
Monitoring (SHM) domain. It refers to the implementation of a strategy that allows to monitor …

This work presents a framework for correlating numerical and experimental mode shapes
with low spatial resolution using the Local Correspondence of Modes and Modal …

Offshore wind turbine foundations episodically lose and recover stiffness as soil is disturbed
during extreme events. Such sand behavior is not accounted for during standard testing …

This thesis would not have been possible without the funding from Innovationsfonden
Denmark and Universal Foundation A/S (a private company) for which I am utterly grateful …