Development of a new Fiber-based monitoring system for industrial components
The structural monitoring system and operating conditions proposed involves the use of fiber optic sensors and transducers based on Fiber Bragg Grating [FBG] technology interfaced to an optoelectronic control unit which is able to remotely acquire data sampled with FBG transducers, view them on video, record them locally or on a cloud server to make […]
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)
H2020-MSCA-ITN-(2016-2020)
XP-Resilience
MSMART (2016-2018)
(Mitigazione del rischio sismico di impianti di processo con l’ausilio di sistemi Smart)– INAIL.
SPIF (2019-2020)
Seismic performance of multi-component systems in special risk industrial facilities
Static and seismic design of a biocell structure
A biocell allows the bio-oxidation of the resulting organic material (aerobic biostabilisation). from differentiated collection for the production of compost.
A new methodology for risk assessment of oil&gas pipelines usbjected to natural hazard (earthquakes, landlised, flooding)
Piping systems for transportation of hydrocarbons like oil and gas are particularly vulnerable to natural hazards like earthquake, landslides and flooding.
Seismic damage scenario simulations in the centro olio val d’agri and evaluation of their impact though the priamus software
The seismic vulnerability of the Centro Olio val D’Agri has evidenced the need to evaluate the possible accident scenarios in detail, in terms of number of potentially damageable equipment that can occur simultaneously inside the plant during a specific seismic event.
Seismic vulnerability assessment of critical equipment of te upstream plant Centro Olio Val’agri and design of proper retrofitting systems | Separation columns
The seismic vulnerability analysis of existing equipment of the Upstream Plant (Centro Olio Val d’Agri, COVA) located in Viggiano (Basilicata Region, Italy) has been analyzed by mean of refined models. Moreover, proper mitigation strategies have been selected, designed and implemented.
Seismic vulnerability assessment of critical equipment of te upstream plant Centro Olio Val’agri and design of proper retrofitting systems | Above-ground oil storage tanks
The seismic vulnerability analysis of existing equipment of the Upstream Plant (Centro Olio Val d’Agri, COVA) located in Viggiano (Basilicata Region, Italy) has been analyzed by mean of refined models. Moreover, proper mitigation strategies have been selected, designed and implemented.
