Aerothermal Design of the Hexafly-int Glider | Zendy

Roberto Scigliano | Zendy; Giuseppe Pezzella | Zendy; Marco Marini | Zendy; Sara Di Benedetto | Zendy; Johan Steelant | Zendy

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Aerothermal Design of the Hexafly-int Glider

Author(s) -

Roberto Scigliano,

Giuseppe Pezzella,

Marco Marini,

Sara Di Benedetto,

Johan Steelant

Publication year - 2016

Publication title -

aiaa space 2016

Language(s) - English

Resource type - Conference proceedings

DOI - 10.2514/6.2016-5627

Subject(s) - glider , int , computer science , aerospace engineering , engineering , marine engineering , operating system

Over the last years, innovative concepts of civil high-speed transportation vehicles were proposed. These vehicles have a strong potential to increase the cruise range efficiency at high Mach numbers, thanks to efficient propulsion units combined with high-lifting vehicle concepts. In this framework the Hexafly-INT project has the scope to test in free-flight conditions an innovative gliding vehicle with several breakthrough technologies on-board. This work describes the aero-thermal design processes of the Hexafly-INT Experimental Flight Test Vehicle, namely EFTV.

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