Filippo Trevisi

Curiosity-driven PhD researcher working on the multidisciplinary design and optimization of rigid wing Airborne Wind Energy Systems @AerospacePoliMi

[Department of Aerospace Science & Technology @daer_polimi]

🚀 Congratulations to FilippoTrevisi, winner of the @eawe_eu Excellent Young Wind Doctor Award for his PhD Conceptual Design of Windplanes! 🎓
First time the prize goes to #AirborneWindEnergy research & to an Italian uni
@polimi #DAER. 👏
👉Read more at https://t.co/AMRJMYoT7I

[Department of Aerospace Science & Technology @daer_polimi]

How does the aerodynamic wake of airborne wind energy systems #AWES influence the generated power? What definition of power coefficient to use?
👉Check the new #ResearchPaper by @FilippoTrevisi, Carlo Riboldi, and @AleCroce1974 to know more https://t.co/hATiHUJPiS
@Meridional_EU

[Wind Energy Science @windenergysci]

New research article: Refining the airborne wind energy system power equations with a vortex wake model https://t.co/HMtf5ZsvRH

[Airborne Wind Europe @AirborneWindEU]

🪁 Don´t miss the @IEAWindTCP #Task48 – Reference Economic Model for #AWE Workshop!

💻 Online
🗓️ 5th July 2023
⏱️ 9.30-10.30 am CET

🚨 If you wish to participate, please contact:

- @FilippoTrevisi 📩 [email protected]
- @RishikeshSJoshi 📩 [email protected]

[Wind Energy Science @windenergysci]

Discussion open for comments: Refining the airborne wind energy systems power equations with a vortex wake model https://t.co/UgfXtMesPi

[Department of Aerospace Science & Technology @daer_polimi]

How optimal trajectories for Fly-Gen airborne wind energy systems look like?
Discover their physical characteristics in the new article by our @FilippoTrevisi, Gregorio Pasquinelli, Carlo Riboldi, and @AleCroce1974
📖https://t.co/kfX3Alum4Z
#windenergy #Researchpaper

[Wind Energy Science @windenergysci]

New research article: Flight trajectory optimization of Fly-Gen airborne wind energy systems through a harmonic balance method https://t.co/Th9AoYJn4Y

[Wind Energy Science @windenergysci]

Discussion open for comments: Flight Trajectory Optimization of Fly-Gen AWE Systems through a Harmonic Balance Method https://t.co/KdQEcxF9zA

[Department of Aerospace Science & Technology @daer_polimi]

Curious about how the design of future #windEnergy systems? Look at how we include Airborne Wind Energy Systems flight mechanics into our new Multidisciplinary Design, Analysis and Optimization framework T-GliDe. 👉Paper https://t.co/2LchJ4YNGM, by Trevisi, Riboldi, @AleCroce1974

[Filippo Trevisi @FilippoTrevisi]

@GioBarsotti Grazie

[Department of Aerospace Science & Technology @daer_polimi]

A novel mathematical approach to study the flight mechanics of rigid wing Airborne Wind Energy Systems is presented in the new paper published on MDPI Energies by our F. Trevisi, @AleCroce1974 and C.E.D. Riboldi. https://t.co/oWMnn4xtn5