Aircraft wings
AssigneesAirbus Operations GmbH, Dapta Ltd
InventorsNicolae Lucian Iorga, Olivia Stodieck
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Abstract
An aircraft wing (3) comprising an aerofoil structure (5) is disclosed. The aerofoil structure (5) comprises a load-carrying member (10) having stiffness properties selected such that the load-carrying member (10) twists in a predefined manner in response to bending of the load-carrying member (10). The aerofoil structure (5) further comprises an actuator (15A, 15B) which is fixedly mounted to the load-carrying member (10) and which is operable to bend the load-carrying member (10) to thereby cause the load-carrying member (10) to twist. An aircraft comprising the aircraft wing and a method of adjusting the twist in an aircraft wing are also disclosed.
Claims14
An aircraft wing comprising an aerofoil structure, the aerofoil structure comprising:
- a load-carrying member;
- a leading-edge structure forming a leading-edge part of an aerodynamic surface of the aerofoil structure, fixedly mounted to the load-carrying member;
- a trailing-edge structure forming a trailing edge part of the aerodynamic surface, fixedly mounted to the load-carrying member;
- wherein:
- the load-carrying member comprises a beam formed by a first chordwise member, a second chordwise member, and a diagonal member connected in series;
- the first chordwise member extends from the trailing-edge structure to the leading-edge structure;
- the second chordwise member extends from the trailing-edge structure to the leading-edge structure, the second chordwise member being spaced apart from the first chordwise member in a spanwise direction;
- the diagonal member extends both in the spanwise direction and in a chordwise direction from the trailing-edge structure to the leading-edge structure and connects the first chordwise member and the second chordwise member;
- the load-carrying member has stiffness properties selected such that the load-carrying member twists in a predefined manner in response to bending of the load-carrying member;
- and
- the aerofoil structure further comprises a first actuator which is fixedly mounted to the load-carrying member and which extends to bend the load-carrying member to thereby cause the load-carrying member to twist.
Dependencies are inferred from the claim text.