Development of a multifunctional panel for aerospace use through SLM Additive Manufacturing

Michele, Bici; BRISCHETTO, SALVATORE; Francesca, Campana; FERRO, CARLO GIOVANNI; Carlo, Seclì; VARETTI, SARA; MAGGIORE, Paolo; Andrea, Mazza

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Lattice materials can overcome the need of light and stiff structures in the aerospace industry. The wing leading edge is one of the most critical parts for both on-board subsystem and structure features: it must withstand to the aerodynamic loads and bird-strike, integrating also the anti-ice system functions. Nowadays, this part is made by different components bonded together such as external skin, internal passageways, and feeding tubes. In the present work, a single-piece multifunctional panel made by additive manufacturing will be developed. Optimal design and manufacturing are discussed according to technological constraints, aeronautical performances and sustainability.

Titolo:	Development of a multifunctional panel for aerospace use through SLM Additive Manufacturing
Autori:	Michele Bici BRISCHETTO, SALVATORE Francesca Campana FERRO, CARLO GIOVANNI Carlo Seclì VARETTI, SARA MAGGIORE, Paolo Andrea Mazza mostra contributor esterni nascondi contributor esterni
Data di pubblicazione:	2017
Abstract:	Lattice materials can overcome the need of light and stiff structures in the aerospace industry. ...The wing leading edge is one of the most critical parts for both on-board subsystem and structure features: it must withstand to the aerodynamic loads and bird-strike, integrating also the anti-ice system functions. Nowadays, this part is made by different components bonded together such as external skin, internal passageways, and feeding tubes. In the present work, a single-piece multifunctional panel made by additive manufacturing will be developed. Optimal design and manufacturing are discussed according to technological constraints, aeronautical performances and sustainability.
Appare nelle tipologie:	4.1 Contributo in Atti di convegno

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http://hdl.handle.net/11583/2691336

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