Projects

Study on sustainable seismic retrofitting of bridges, with a focus on economic and environmental impacts.

The ongoing activities concern the life-cycle design of retrofitting interventions for existing reinforced concrete bridges under seismic action.

The project focuses on developing an innovative forensic structural engineering course using advanced and interactive learning technologies.

The project focuses on developing an innovative forensic structural engineering course using advanced and interactive learning technologies.

Development of quantitative methods for the rapid risk-based management of existing bridges portfoloios under traffic and seismic loads considering deterioration and robustness.

Seismic characterization for the assessment of the San Giovannello church in Gerace.

Research with Mediterranea University of Reggio Calabria on the impact of climate change on the progressive collapse resistance of reinforced concrete buildings using the Applied Element Method.

Research with McGill University on the seismic performance of corroded reinforced concrete structures.

Development of multi-hazard risk assessment methods for bridge portfolios.

Application and revision of Italian bridge guidelines based on real case studies.

Development of prioritization methods for interventions on a network of about 400 bridges.

Modelling and analysis of existing and retrofitted bridges.