The design activity within the EUROLIFT II project is targeted towards an improvement of the take-off performance of a generic transport aircraft configuration by a re-design of the trailing edge flap. The involved partners applied different optimization strategies as well as different types of flow solvers in order to cover a wide range of possible approaches for aerodynamic design optimization. The optimization results obtained by the different partners have been cross-checked in order to eliminate solver dependencies and to identify the best obtained design. The final selected design has been applied to the wind tunnel model and the test in the European Transonic Wind Tunnel (ETW) at high Reynolds number confirms the predicted improvemen...
Optimization of a single slotted flap with dropped hinge is performed with the objective of increasi...
This paper presents an aerodynamic optimization chain whose purpose is to find the optimal High Lift...
The design of the high-lift system is crucial for the economical success of a commercial airplane. T...
The design activity within the EUROLIFT II project is targeted towards an improvement of the take-of...
The design activity within the European 6th framework project EUROLIFT II is targeted towards an imp...
The EUROLIFT II project, funded by the European Commission within the 6th framework programme, is de...
A major aim of the EC funded project DeSiReH (Design, Simulation and Flight Reynolds Number testing ...
The paper describes the aerodynamic design of a high lift system suitable for a Natural Laminar Flow...
A novel high Reynolds number design for airfoils with an application in the outer part of a modern t...
Current wing design processes are strongly governed by cruise design requirements. This approach to ...
method Abstract. This paper presents an aerodynamic optimization chain whose purpose is to find the ...
An investigation was performed to evaluate leading-and trailing-edge flap deflections for optimal ae...
Although the aerospace sector is currently responsible for a relatively small portion of global anth...
Although the aerospace sector is currently responsible for a relatively small portion of global anth...
This work deals with the application of numerical optimisation to the aerodynamic design of high-lif...
Optimization of a single slotted flap with dropped hinge is performed with the objective of increasi...
This paper presents an aerodynamic optimization chain whose purpose is to find the optimal High Lift...
The design of the high-lift system is crucial for the economical success of a commercial airplane. T...
The design activity within the EUROLIFT II project is targeted towards an improvement of the take-of...
The design activity within the European 6th framework project EUROLIFT II is targeted towards an imp...
The EUROLIFT II project, funded by the European Commission within the 6th framework programme, is de...
A major aim of the EC funded project DeSiReH (Design, Simulation and Flight Reynolds Number testing ...
The paper describes the aerodynamic design of a high lift system suitable for a Natural Laminar Flow...
A novel high Reynolds number design for airfoils with an application in the outer part of a modern t...
Current wing design processes are strongly governed by cruise design requirements. This approach to ...
method Abstract. This paper presents an aerodynamic optimization chain whose purpose is to find the ...
An investigation was performed to evaluate leading-and trailing-edge flap deflections for optimal ae...
Although the aerospace sector is currently responsible for a relatively small portion of global anth...
Although the aerospace sector is currently responsible for a relatively small portion of global anth...
This work deals with the application of numerical optimisation to the aerodynamic design of high-lif...
Optimization of a single slotted flap with dropped hinge is performed with the objective of increasi...
This paper presents an aerodynamic optimization chain whose purpose is to find the optimal High Lift...
The design of the high-lift system is crucial for the economical success of a commercial airplane. T...