Airbus Operations Gmbh

Nina Düren

Ivano Bertolini

Nicole Jordan

Frank Nielsen

Jeff Wee Hong Yap

Stefano Giaquinto

Sebastian Welz

Michael Höft

A leading edge structure () for a flow control system of an aircraft () including a double-walled leading edge panel () surrounding a plenum (). The leading edge panel () has a first side portion () extending to a first attachment end (), a second side portion () extending to a second attachment end (), an inner wall element () facing the plenum (), an outer wall element () for contact with an ambient flow (), a core assembly (). The outer wall element () includes micro pores () forming a fluid connection between the core assembly () and the ambient flow (). The inner wall element () includes openings () forming a fluid connection between the core assembly () and the plenum (). The outer wall element () extends from the first attachment end () to the second attachment end ().

Leading edge structure for a flow control system of an aircraft

A leading edge structure () for a flow control system of an aircraft () including a double-walled leading edge panel () with a first side portion () extending to a first attachment end (), a second side portion () extending to a second attachment end (), an inner wall element () facing a plenum (), an outer wall element () facing ambient flow (), and a core assembly (). The outer wall element () includes micro pores () and the inner wall element () includes openings () which form a fluid connection from ambient flow, through the core assembly () and to the plenum (). The thickness of the outer wall element is reduced due to the first attachment end () and/or at the second attachment end () attached to the inner wall element () by both bonding and fasteners ().

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Hamburg, Germany

Nina Düren