Dettagli dell'autore
quaglini, virginio, politecnico di milano, Italia
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ANIDIS 2011 - XIV convegno - p. Protezione passiva e attiva (Isolamento, dissipazione d'energia, controllo)
Sliding isolation bearings with high dissipation capability
Sommario
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ANIDIS 2013 - XV Convegno - n. Protezioni passiva, semi attiva e attiva di strutture ed impianti
Frictional heating in sliding isolators
Sommario
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ANIDIS 2013 - XV Convegno - n. Protezioni passiva, semi attiva e attiva di strutture ed impianti
Experimental assessment of elastomers for rubber bearings
Sommario
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ANIDIS XIX & ASSISi XVII - 2022 - SS05_ANIDIS_Performance-based analysis and design of structures and infrastructures using seismic devices
Design and experimental assessment of a novel damper with high endurance to seismic loads
Sommario
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ANIDIS XIX & ASSISi XVII - 2022 - SS05_ANIDIS_Performance-based analysis and design of structures and infrastructures using seismic devices
Numerical investigation on the seismic performance of a RC framed building equipped with a novel Prestressed LEad Damper with Straight Shaft
Sommario
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ANIDIS XIX & ASSISi XVII - 2022 - SS05_ANIDIS_Performance-based analysis and design of structures and infrastructures using seismic devices
3D NUMERICAL CHARACTERIZATION OF DISSIPATIVE CONNECTION SYSTEM AND RETROFIT OF PREFABRICATED EXISTING RC SHED
Sommario
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ANIDIS XX - 2025 - SS02 - Frontiers in seismic isolation and energy dissipation technologies
A Preliminary Investigation into the Reliability of RC Structures Retrofitted with Hysteretic Dampers
Sommario
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ANIDIS XX - 2025 - SS05 - Structural knowledge and reliability assessment of existing bridges
Assessment of the Flat-Jack Test for evaluating in-situ stress in Post-Tensioned Concrete
Sommario
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ANIDIS XX - 2025 - SS02 - Frontiers in seismic isolation and energy dissipation technologies
Investigation of the friction coefficient of sliding isolators in iced conditions
Sommario
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ANIDIS XX - 2025 - SS05 - Structural knowledge and reliability assessment of existing bridges
Non-Destructive Testing Strategies for Post-Tensioned Bridges: A Framework for Selecting Investigation Methods
Sommario