This paper examines possible wake-vortex encounters by analyzing light detection and ranging (LIDAR) field measurements conducted by DLR, German Aerospace Center and NASA at major international airports (Dallas, Denver, Frankfurt, Memphis, and Munich) comprising 8056 aircraft landings. The applied aircraft separations are analyzed, depending on the involved aircraft types and compared to the International Civil Aviation Organization and recategorization separation standards. Furthermore, the distances between the wake generated by the leading aircraft and the follower are evaluated
As an unavoidable consequence of lift aircraft generate a pair of counter-rotating and long-lived w...
Wake vortex characterization algorithms for Light Detection and Ranging (lidar) measurements are vit...
An intensive LIDAR measurement campaign of aircraft wake vortices (WV) in the landing phase of fligh...
This paper examines possible wake-vortex encounters by analyzing light detection and ranging (LIDAR)...
Aircraft trailing vortices, generated as an unavoidable consequence of lift, pose a potential risk ...
Today, the demand for increasing airport capacity is high, in particular for increasing runway throu...
The National Aeronautics and Space Administration (NASA) is conducting research to improve airport c...
Field measurement data of 282 wake vortex pairs and respective environmental conditions acquired at ...
In the framework of internal, national and European projects DLR has an extensive history in the fie...
As a consequence of the growth in the number of flights per year, the airspace in the future is reac...
The final approach and touchdown of a landing aircraft is studied numerically with a hybrid RANS/LES...
In January 1991, one of us (JNH) published a report [1] that proposed alternative strategies for the...
Large-scale distortion of aircraft wake vortices appears to play a crucial role for aircraft safety ...
The characterization of wake vortices with Light Detection and Ranging (LiDAR) instruments is common...
Wake vortices are generated by all aircraft during flight. The larger the aircraft, the stronger the...
As an unavoidable consequence of lift aircraft generate a pair of counter-rotating and long-lived w...
Wake vortex characterization algorithms for Light Detection and Ranging (lidar) measurements are vit...
An intensive LIDAR measurement campaign of aircraft wake vortices (WV) in the landing phase of fligh...
This paper examines possible wake-vortex encounters by analyzing light detection and ranging (LIDAR)...
Aircraft trailing vortices, generated as an unavoidable consequence of lift, pose a potential risk ...
Today, the demand for increasing airport capacity is high, in particular for increasing runway throu...
The National Aeronautics and Space Administration (NASA) is conducting research to improve airport c...
Field measurement data of 282 wake vortex pairs and respective environmental conditions acquired at ...
In the framework of internal, national and European projects DLR has an extensive history in the fie...
As a consequence of the growth in the number of flights per year, the airspace in the future is reac...
The final approach and touchdown of a landing aircraft is studied numerically with a hybrid RANS/LES...
In January 1991, one of us (JNH) published a report [1] that proposed alternative strategies for the...
Large-scale distortion of aircraft wake vortices appears to play a crucial role for aircraft safety ...
The characterization of wake vortices with Light Detection and Ranging (LiDAR) instruments is common...
Wake vortices are generated by all aircraft during flight. The larger the aircraft, the stronger the...
As an unavoidable consequence of lift aircraft generate a pair of counter-rotating and long-lived w...
Wake vortex characterization algorithms for Light Detection and Ranging (lidar) measurements are vit...
An intensive LIDAR measurement campaign of aircraft wake vortices (WV) in the landing phase of fligh...