PAPI, FRANCESCO

PAPI, FRANCESCO  

Ingegneria Industriale  

Mostra records
Risultati 1 - 20 di 27 (tempo di esecuzione: 0.067 secondi).
Titolo Data di pubblicazione Autore(i) File
Annotated Guidelines for the Simulation of Floating Offshore Wind Turbines in a Real Environment 2023 Papi, Francesco; Bianchini, Alessandro
Considerations on the impact of battery ageing estimation in the optimal sizing of solar home battery systems 2021 Lubello P.; Papi F.; Bianchini A.; Carcasci C.
Derivation of Met-Ocean Conditions for the Simulation of Floating Wind Turbines: A European case study 2022 Papi F.; Bianchini A.
Design Loads in Small Wind Turbines: A Detailed Comparison between Pitch and Stall Regulation 2022 Papi F.; Pagamonci L.; Bianchini A.
Development and assessment of a method to determine the angle of attack on an operating wind turbine by matching onboard pressure measurements with panel method simulations 2021 Soto-Valle, Rodrigo; Noci, Sara; Papi, Francesco; Bartholomay, Sirko; Nayeri, Christian Navid; Paschereit, Christian Oliver; Bianchini, Alessandro
Development and Validation of an Advanced Actuator Line Model for Wind Turbines 2021 Papi, Francesco; Melani, Pier Francesco; Xie, Shengbai; Perrone, Carmelo; Scienza, Pietro; Balduzzi, Francesco; Bianchini, Alessandro
Development of a reliable simulation framework for techno-economic analyses on green hydrogen production from wind farms using alkaline electrolyzers 2023 Superchi, F; Papi, F; Mannelli, A; Balduzzi, F; Ferro, FM; Bianchini, A
Discrete wavelet transform for the real-time smoothing of wind turbine power using li-ion batteries 2021 Mannelli A.; Papi F.; Pechlivanoglou G.; Ferrara G.; Bianchini A.
IMPACT OF POST-STALL EXTRAPOLATION AND ROTATIONAL-AUGMENTATION MODELS ON THE PERFORMANCE OF STALL-CONTROLLED WIND TURBINES 2022 Papi F.; Nocentini A.; Melani P.F.; Bianchini A.
Influence of Tower Design on Floating Offshore Wind Turbine Dynamics 2023 Papi F.; Bianchini A.; Ferri G.; Bruschi N.; Marino E.
Is the Actuator line method able to reproduce the interaction between closely-spaced Darrieus rotors? a critical assessment on wind and hydrokinetic turbines 2023 Mohamed O.S.; Melani P.F.; Papi F.; Balduzzi F.; Bianchini A.
Is the Blade Element Momentum theory overestimating wind turbine loads?-An aeroelastic comparison between OpenFAST's AeroDyn and QBlade's Lifting-Line Free Vortex Wake method 2020 Perez-Becker S.; Papi F.; Saverin J.; Marten D.; Bianchini A.; Oliver Paschereit C.
Multi-fidelity Analyses of Rotor Loads of Floating Offshore Wind Turbines with Wind/Wave Misalignment 2022 Ortolani A.; Papi F.; Bianchini A.; Persico G.; Drofelnik J.; Campobasso M.S.
Multi-fidelity simulation of floating offshore wind turbines: a critical comparison 2023 Francesco Papi
Numerical modeling of the effects of leading-edge erosion and trailing-edge damage on wind turbine loads and performance 2020 Papi F.; Cappugi L.; Perez-Becker S.; Bianchini A.
Numerical modeling of the effects of leading-edge erosion and trailing-edge damage on wind turbine loads and performance 2020 Papi F.; Cappugi L.; Bianchini A.; Perez-Becker S.
OC6 project Phase III: validation of the aerodynamic loading on a wind turbine rotor undergoing large motion caused by a floating support structure 2023 Bergua R.; Robertson A.; Jonkman J.; Branlard E.; Fontanella A.; Belloli M.; Schito P.; Zasso A.; Persico G.; Sanvito A.; Amet E.; Brun C.; Campana-Alonso G.; Martin-San-Roman R.; Cai R.; Cai J.; Qian Q.; Maoshi W.; Beardsell A.; Pirrung G.; Ramos-Garcia N.; Shi W.; Fu J.; Corniglion R.; Lovera A.; Galvan J.; Nygaard T.A.; Dos Santos C.R.; Gilbert P.; Joulin P.-A.; Blondel F.; Frickel E.; Chen P.; Hu Z.; Boisard R.; Yilmazlar K.; Croce A.; Harnois V.; Zhang L.; Li Y.; Aristondo A.; Mendikoa Alonso I.; Mancini S.; Boorsma K.; Savenije F.; Marten D.; Soto-Valle R.; Schulz C.W.; Netzband S.; Bianchini A.; Papi F.; Cioni S.; Trubat P.; Alarcon D.; Molins C.; Cormier M.; Bruker K.; Lutz T.; Xiao Q.; Deng Z.; Haudin F.; Goveas A.
On the characteristics of the wake of a wind turbine undergoing large motions caused by a floating structure: an insight based on experiments and multi-fidelity simulations from the OC6 project Phase III 2023 Cioni S.; Papi F.; Pagamonci L.; Bianchini A.; Ramos-Garcia N.; Pirrung G.; Corniglion R.; Lovera A.; Galvan J.; Boisard R.; Fontanella A.; Schito P.; Zasso A.; Belloli M.; Sanvito A.; Persico G.; Zhang L.; Li Y.; Zhou Y.; Mancini S.; Boorsma K.; Amaral R.; Vire A.; Schulz C.W.; Netzband S.; Soto-Valle R.; Marten D.; Martin-San-Roman R.; Trubat P.; Molins C.; Bergua R.; Branlard E.; Jonkman J.; Robertson A.
On the use of modern engineering codes for designing a small wind turbine: An annotated case study 2021 Papi F.; Nocentini A.; Ferrara G.; Bianchini A.
Potential of Mini Gurney Flaps as a Retrofit to Mitigate the Performance Degradation of Wind Turbine Blades Induced by Erosion 2022 Papi F.; Melani P.F.; Alber J.; Balduzzi F.; Ferrara G.; Nayeri C.N.; Bianchini A.