The mNARX+ autoregressive surrogate framework extended to time-variant dynamical systems, such as structures subject to plastic damage or fatigue accumulation, for reliability …
Una riformulazione del framework PEER PBEE basata su catene di Markov a tempo continuo (CTMC) che modella insieme danno e ripristino, fornendo statistiche di prestazione a regime e …
This research introduces a flexible, state-dependent framework that integrates fragility, hazard evaluation, and recovery processes using a Continuous-Time Markov Chain (CTMC) to …
A new adaptive framework for the Alto Garda region blends high‑resolution hazard data with dynamic vulnerability modeling to more accurately assess seismic risk. By integrating …
Bay-Fi enables direct modal frequency identification from extremely under-sampled vibration signals using a Bayesian curve-fitting framework, bypassing signal reconstruction and …
State-dependent seismic fragility functions for bolted flange joints, obtained from a calibrated FE model of the SPIF braced frame, seismic sequences from a site-based ground …
Regional seismic risk assessment of the Alto Garda area (Trentino, Italy), combining the recent microzonation with building exposure maps from data mining and seismic noise …
State-dependent seismic fragility functions for vertical tanks on an industrial braced-frame substructure, combining a calibrated FE model, seismic sequences and bootstrapped PCE …
Input and system modelling issues of the SPIF shake table campaign on a full-scale multi-component industrial steel frame, highlighting structure-equipment dynamic interaction.
Experimental setup, measurements and observed damage of the SPIF shake table tests on a three-storey steel frame with vessels, cabinets and piping, with findings on performance …
