Clean Sky/ SFWA-ITD BLADE FLIGHTLAB The flagship laminar flow - - PowerPoint PPT Presentation

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Clean Sky/ SFWA-ITD BLADE FLIGHTLAB The flagship laminar flow - - PowerPoint PPT Presentation

Clean Sky/ SFWA-ITD BLADE FLIGHTLAB The flagship laminar flow project AIRBUS SAS 26 th of September 2017 SFWA/BLADE Paris Air Show ( Le Bourget) 21st June 2017 Laminar technology Up to 8% drag reduction potential for a short range aircraft


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SFWA/BLADE Paris Air Show ( Le Bourget) – 21st June 2017

Clean Sky/ SFWA-ITD

BLADE FLIGHTLAB The flagship laminar flow project

AIRBUS SAS

26th of September 2017

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Laminar technology

Up to 8% drag reduction potential for a short range aircraft vs. a turbulent wing Up to 5% fuel burn saving on 800 NM mission Mastering laminar/turbulent transition in line with industrial requirements

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What influences the existence

  • f a natural laminar flow
  • n an industrial wing ?

Leading edge and wing contamination: insects, grease, de-icing fluids, scratches, dents, erosion, dust, … Atmospheric disturbances Acoustic disturbances and vibrations Wing global deformation Wing local deformation Joint & filler deformation Fastener head deformation System integration

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21 European Partners 500 Contributors 6500 Parts 150 Flight Test Hours planned 2000 Parameters to capture

Heavy Modification of A340-300 MSN001

  • Replacement of Outer Wings with Laminar wings
  • Modification of VTP to add a Pod
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Wing Architectures

Starboard wing Port wing

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Design Freeze (up 2014)

Calibration Plate Infrared Camera 1 Infrared Camera 2 Trailing Cone Tube Flow Cone Cameras
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Advanced FTI Technologies

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Components Manufacturing (2015/2016)

Integration

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