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Multilayer beams
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UNIVERSITY OF L'AQUILA - ITALY
 Dynamics
 Thin walled beams
 Bifurcation, Stability
 Contact and Impact
 Rigid block
 In progress
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Research
Shell structures
D.I.C.E.A.A. - Dipartimento di Ingegneria Civile, Edile-Architettura e Ambientale
Structural improve
- Protection of frame structures
(with prof. B. Briseghella, prof. A. Contento)
A method involving two tuned mass dampers (TMDs) coupled with each other and embedded in bridges connecting two adjacent tower buildings is studied to enhance the seismic performance of the individual structures.
- Geotechnical Seismic Isolation on Post-Tensioned Rocking Piers
(with prof. B. Briseghella, prof. A. Contento)
This research investigates the use of Geotechnical Seismic Isolation (GSI) inr post-tensioned rocking piers equipped with external energy dissipation devices. The main focus of the investigation is the comparative assessment of the effectiveness of external dissipators and GSI.
- Hyteretic hrizontal and vertical base isolation of asymmetric rigid blocks
(with prof. M. Ferretti)
A double hysteretic base isolation system, able to act on the horizonatal and vertical dynamic of asymmetric rigid blocks is proposed. Such a device aims to protect monolithic objects of arts from seismic events, reducing the rocking angle and avoiding the overturning of the rigid object.
- Longitudinal and transversal protection of pipelines within underground utility tunnels
(with prof. M. Ferretti)
The study focuses on the vibration isolation strategies for pipelines within utility tunnels with an emphasis on both longitudinal and transversal isolation. A low-dimensional mechanical model will be employed to capture tunnel-content interactions under seismic excitation.