FOTI, FRANCESCO

FOTI, FRANCESCO  

DIPARTIMENTO DI INGEGNERIA CIVILE E AMBIENTALE  

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Risultati 1 - 20 di 52 (tempo di esecuzione: 0.032 secondi).
Titolo Data di pubblicazione Autori File
A COROTATIONAL BEAM ELEMENT TO MODEL SUSPENDED CABLES 1-gen-2011 FOTI, FRANCESCOMARTINELLI, LUCA
A corotational beam element to model the hysteretic bending behavior of metallic wire ropes 1-gen-2013 FOTI, FRANCESCOMARTINELLI, LUCA
A MODEL FOR THE FRICTION CONTROLLED BENDING BEHAVIOUR OF CABLES 1-gen-2011 FOTI, FRANCESCOMARTINELLI, LUCA
Analytical and finite element modelling of the elastic–plastic behaviour of metallic strands under axial–torsional loads 1-gen-2016 FOTI, FRANCESCO +
An analytical approach to model the hysteretic bending behavior of spiral strands 1-gen-2016 FOTI, FRANCESCOMARTINELLI, LUCA
Analytical modeling of the varying bending stiffness inside the boundary layers of cables 1-gen-2021 Francesco FotiLuca Martinelli +
An appraisal of modelling strategies for assessing aeolian vibrations of transmission lines 1-gen-2020 Gazzola C.Foti F.Martinelli L.Perotti F.
A corotational finite element formulation to model galloping vibrations of iced conductors 1-gen-2017 Francesco FotiLuca Martinelli
A corotational finite element to model bending vibrations of metallic strands 1-gen-2016 FOTI, FRANCESCO
A corotational finite element to model galloping vibrations of overhead electrical lines 1-gen-2016 FOTI, FRANCESCOMARTINELLI, LUCAPEROTTI, FEDERICO
Development of a general monitoring program for bridge stays and hangers in Wallonia 1-gen-2021 Francesco Foti +
Dynamics of corotational beam elements in large displacements and rotations - some aspects on the kinetic energy and the integration of the equations of motions 1-gen-2012 FOTI, FRANCESCOMARTINELLI, LUCA
An efficient semi-analytical procedure for assessing aeolian vibrations of overhead transmission lines 1-gen-2019 C. GazzolaF. FotiL. MartinelliF. Perotti
An enhanced unified model for the self-damping of stranded cables under aeolian vibrations 1-gen-2018 F. FotiL. Martinelli
A finite element approach to model galloping vibrations of iced suspended cables 1-gen-2017 Francesco FotiLuca MartinelliFederico Perotti
Finite element modeling of cable galloping vibrations. Part II: Application to an iced cable in 1:2 multiple internal resonance 1-gen-2018 Francesco FotiLuca Martinelli
Finite element modelling of cable galloping vibrations. Part I: Formulation of mechanical and aerodynamic co-rotational elements 1-gen-2018 Francesco FotiLuca Martinelli
Galloping of suspended cables: A corotational finite element approach 1-gen-2017 Francesco FotiLuca MartinelliFederico Perotti
Hand phones, handy sensors: walking-induced vibration testing of slab floors assisted by mobile phone recordings 1-gen-2019 CATENA, MARCELLOBruno Dal LagoFrancesco FotiLuca Martinelli
Hysteretic behavior of stranded cables: recent developments and application to the modeling of self-damping in overhead electrical line conductors 1-gen-2021 Francesco FotiLuca MartinelliFederico Perotti