EC95-43297-6.jpg EC95-43297-2ThumbnailsEC95-43297-7EC95-43297-2ThumbnailsEC95-43297-7
The laminar flow control panel in the left wing (dark area, forward center) of NASA's F-16XL is highly visible in this photo taken Oct. 13, 1995, during the first functional check flight of the aircraft following the experimental panel's installation. The laminar flow research project, flown at NASA's Dryden Flight Research Center, Edwards, California, investigated the use of a suction system built into the experimental panel and wing to remove a small part of the boundary layer of air above the aircraft wing to expand the extent of laminar (smooth) flow.
This can reduce aerodynamic drag and help reduce aircraft operating costs by improving fuel consumption. Data from the NASA research project may lead to the use of a similiar suction system to achieve laminar flow on future supersonic transports and fighter aircraft.
Information
Taken in
Author
NASA
Description
The laminar flow control panel in the left wing (dark area, forward center) of NASA's F-16XL is highly visible in this photo taken Oct. 13, 1995, during the first functional check flight of the aircraft following the experimental panel's installation. The laminar flow research project, flown at NASA's Dryden Flight Research Center, Edwards, California, investigated the use of a suction system built into the experimental panel and wing to remove a small part of the boundary layer of air above the aircraft wing to expand the extent of laminar (smooth) flow.
This can reduce aerodynamic drag and help reduce aircraft operating costs by improving fuel consumption. Data from the NASA research project may lead to the use of a similiar suction system to achieve laminar flow on future supersonic transports and fighter aircraft.
Source link
https://www.dfrc.nasa.gov/Gallery/Photo/F-16XL2/index.html
Visits
17
Location
View on OpenStreetMap
Rating score
no rate
Rate this photo
License
Public Domain
Modified by WikiArchives
No (original)
Downloads
1