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Critical infrastructure resilience assessment

Quantitative assessment of the resilience of critical infrastructures.

Quantitative assessment of the resilience of critical infrastructures.

Resilience is a plant’s performance measurement and is represented both by the ability to survive a natural disaster and to promptly restore operating conditions, recovering the initial production capacity. Despite both in scientific literature and in the professional world the importance of the topic has been recognized, an official methodology capable of properly quantifying resilience is still needed.

SafePlant has developed a method to estimate manufacturing plants’ resilience (Kalemi 2019, Paolacci 2019) in the event of extreme natural events, such as earthquakes. It allows the direct valuation of losses following a natural disaster, the time course for the recovery of production capacity and the estimation of losses resulting from non-production and damage to equipment.

The calculation procedure was implemented in the Matlab© environment, thus developing an original software called PRIAMUS
The calculation procedure was implemented in the Matlab© environment, thus developing an original software called PRIAMUS
STRUCTURAL DESIGN
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SEISMIC HAZARD ANALYSIS
SafePlant is a spin-off of the Department of Engineering of “Roma Tre” University.

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Development of a new Fiber-based monitoring system for industrial components

Component fragility evaluation and seismic safety assessment of “special risk petrochemical plants under design basis and beyond design basis accidents, Grant No: RFS-PR-13056) – Coordinated by Prof. Oreste S. Bursi of the University of Trento. INDUSE-2-SAFETY aims at developing a quantitative risk assessment methodology for seismic loss prevention of “special risk” petrochemical plants and components.
  • Coordinator of the Unit: Stefano Caprinozzi
  • Status: Under development

European Project Induse-2-Safety (2014-2017)

Component fragility evaluation and seismic safety assessment of “special risk petrochemical plants under design basis and beyond design basis accidents, Grant No: RFS-PR-13056) – Coordinated by Prof. Oreste S. Bursi of the University of Trento. INDUSE-2-SAFETY aims at developing a quantitative risk assessment methodology for seismic loss prevention of “special risk” petrochemical plants and components.

  • Coordinator of the Unit: Fabrizio Paolacci
  • Status: Concluded
European Project Induse-2-Safety (2014-2017)
European Project Induse-2-Safety (2014-2017) 2
Precedente
Successivo

H2020-MSCA-ITN-(2016-2020) – XP-Resilience: Extreme Loading Analysis Of Petrochemical Plants And Design Of Metamaterial-Based Shields For Enhanced Resilience.

XP-RESILIENCE aims at offering innovative research training ground as well as attractive career development and knowledge exchange opportunities for Early Stage Researchers (ESRs) through cross-border and cross-sector mobility for future growth in Europe.
  • Coordinator of the Uniroma3 unit: Fabrizio Paolacci
  • Status: Concluded
H2020-MSCA-ITN-(2016-2020) – XP-Resilience
H2020-MSCA-ITN-(2016-2020) – XP-Resilience 2
Precedente
Successivo

MSMART (2016-2018) – (Mitigazione del rischio sismico di impianti di processo con l’ausilio di sistemi Smart) – INAIL.

Oreste S. Bursi (University of Trento), Rocco di Filippo (University of Trento), Fabrizio Paolacci (Roma Tre University), Gianluca Quinci (Roma Tre University).
  • PI of the project : Fabrizio Paolacci
  • Status: Concluded

SPIF (2019-2020): Seismic performance of multi-component systems in special risk industrial facilities

EU project SERA – Coordinated by Christoph Butenweg (Aachen University, CWE), Oreste S. Bursi (Univesity of Trento), Michalis Fragiadakis (NTUA), Johan Distl (Maurer), Marko Mirinkovic (University of Belgrade), Fabrizio Paolacci (Roma Tre University), Philip Renaults (Swiss Nuclear), Shriley Dyke (Purdue University), Max Gundel (Wofel).
  • Coordinator of the Research Unit: Fabrizio Paolacci
  • Status: Concluded