PrandtlPlane Wing Structure - Quattrone, Flavio;Contini, Francesco
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The purpose of the work described in this book is to verify with a FEM analysis a preliminary design of the wing structure of a 250 seats PrandtlPlane aircraft, made up in aluminum alloy. The wing structure has been optimized with a multistep process. Moreover, a composite design of the structure is here investigated, with a preliminary sizing of the wing and a FEM analysis of the system together with the buckling analysis of the compressed skins is accomplished. The results in terms of weight and stress distribution are shown, and a comparison between the metal and the composite solution is performed.…mehr

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Produktbeschreibung
The purpose of the work described in this book is to verify with a FEM analysis a preliminary design of the wing structure of a 250 seats PrandtlPlane aircraft, made up in aluminum alloy. The wing structure has been optimized with a multistep process. Moreover, a composite design of the structure is here investigated, with a preliminary sizing of the wing and a FEM analysis of the system together with the buckling analysis of the compressed skins is accomplished. The results in terms of weight and stress distribution are shown, and a comparison between the metal and the composite solution is performed.
Autorenporträt
Flavio Quattrone is a Master graduate in Aerospace Engineering at University of Pisa. His main topics are aeronautics structures, composite materials, and aeroelasticity.Currently he is a Ph.D. student at University of Pisa.His research is about nonlinear dynamic response of structures.