BARDIANI, JACOPO

BARDIANI, JACOPO  

DIPARTIMENTO DI MECCANICA  

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Titolo Data di pubblicazione Autori File
A hybrid approach to enhance decision-making in marine structures: Combining sensor data with human perception 1-gen-2025 Bardiani, JacopoMazzolatti, CorradoManes, AndreaSbarufatti, Claudio
A Machine Learning-based Tool to Correlate Coupled and Uncoupled Numerical Simulations for Submerged Plates Subjected to Underwater Explosions 1-gen-2025 Bardiani, JacopoLomazzi, LucaSbarufatti, ClaudioManes, Andrea
A novel 1D iFEM framework for structural health monitoring under degrading boundary conditions 1-gen-2026 Bardiani, JacopoManes, AndreaSbarufatti, Claudio +
A novel fluid–structure interaction modelling approach for vibro-acoustic simulation of ship hulls subjected to underwater shock waves 1-gen-2025 Bardiani, JacopoSbarufatti, ClaudioManes, Andrea +
A novel multiscale inverse FEM for stiffened panels under sparse sensing 1-gen-2026 Bardiani, JacopoValsecchi, TommasoWu Chen, Hung ChihZhou, XuanManes, AndreaSbarufatti, Claudio +
A review of numerical approaches and future trends in the investigation of underwater explosions and their effect on ship hulls 1-gen-2025 Bardiani, JacopoSbarufatti, ClaudioManes, Andrea +
Advanced shape sensing of a full-scale composite UAV stabilizer under non-ideal boundary conditions using the inverse finite element method 1-gen-2026 Bardiani, JacopoPoloni, DarioOboe, DanieleGiglio, MarcoManes, AndreaSbarufatti, Claudio
An Inverse FEM for Structural Health Monitoring of a Containership: Sensor Network Optimization for Accurate Displacement, Strain, and Internal Force Reconstruction 1-gen-2025 Bardiani, JacopoManes, AndreaSbarufatti, Claudio +
Creep assessment of thermoplastic materials for non-structural components in marine engines 1-gen-2024 Bardiani J.Bertagna S.Sbarufatti C.Manes A. +
Dimensional analysis and scalability of a simplified hull girder subjected to underwater explosion shock loading 1-gen-2025 Marchesi, GiovanniBardiani, JacopoLomazzi, LucaManes, Andrea
Machine Learning Combined with Numerical Simulations: An Effective Way to Reconstruct the Detonation Point of Contact Underwater Explosions with Seabed Reflection 1-gen-2025 Bardiani, JacopoSbarufatti, ClaudioManes, Andrea +
Machine Learning for Underwater Explosion Prediction: A Comprehensive Review of Methods, Challenges and Future Directions 1-gen-2025 Bardiani, JacopoSbarufatti, ClaudioManes, Andrea
On the effectiveness of ABH-based metamaterials in vibration control of naval equipment subjected to underwater explosion loads 1-gen-2025 Bardiani, JacopoMarchesi, GiovanniSbarufatti, ClaudioManes, Andrea +
Real-time damage detection and localization in ship structures using iFEM and machine learning techniques 1-gen-2026 Bardiani, JacopoFaure Ragani, RobertoManes, AndreaSbarufatti, Claudio +
Transfer Learning with Deep Neural Network Toward the Prediction of the Mass of the Charge in Underwater Explosion Events 1-gen-2025 Bardiani J.Sbarufatti C.Manes A.
Underwater Explosion Analysis on Composite Marine Structures: A Comparison Between CEL and UEL Methods 1-gen-2025 Bardiani, JacopoSbarufatti, ClaudioManes, Andrea +