Nonlinear ultrasonics for early damage detection Structural Health Monitoring (SHM) is an emerging discipline that aims at improving the management of the life cycle of industrial components. The scope of…
Prognostics design for structural health management This work presents an efficient computational framework for prognostics by combining the particle filter-based prognostics principles with the technique of Subset Simulation, first developed…
Bayesian model selection and parameter estimation for fatigue damage progression models in composites A Bayesian approach is presented for selecting the most probable model class among a set of damage…
Methods for prognostics and reliability in composite materials using structural health monitoring The increasing use of composite materials in lightweight structures like aircraft or spacecraft structures, drastically increases their susceptibility…
Predicting remaining useful life in CRFP laminates under fatigue loads: A new efficient algorithm. This work presents an efficient computational framework for estimating the end of life and remaining useful…
A robust modeling approach for fatigue damage in composites based on Bayesian model class selection A Bayesian model selection approach is presented for selecting the most robust model class among…
Reliability-based design optimization of a CFRP bridge In this paper, a new all-composite fiber reinforced polymer (FRP) bridge typology is introduced. The structural system is composed by 4 families of…
