Aircraft wake is a pair of strong counter-rotating vortices generated behind an aircraft, which might be very hazardous to a flowing aircraft and the detection of which has attracted much attention in aviation safety field. This conference paper introduces two parameter-retrieval algorithms, i.e., Optimization method and Max-min method. They have been integrated into a toolbox and can retrieve the parameters of wake vortex efficiently and robustly
Lidar (laser radar) sensors aimed at detecting aircraft wake vortices have been studied and improved...
Today, the demand for increasing airport capacity is high, in particular for increasing runway throu...
During a wake vortex encounter an aircraft is exposed to strong unsteady disturbance velocities whic...
Aircraft wake is a pair of strong counter-rotating vortices generated behind an aircraft, which migh...
International audienceSince air traffic is in constant expansion, a more efficient optimisation of t...
This paper presents a sensitivity study of a wake vortex impact alleviation system based on an airbo...
This thesis concerns the numerical simulation and the remote sensing of aircraft wake vortex flows. ...
A strategy of measurement by a 1.5-μm pulsed coherent Doppler lidar “Stream Line” has been developed...
The aircraft wake vortex has important influence on the operation of the airspace utilization ratio....
Numerous studies have been performed to better understand the behavior of wake vortices with regards...
A pair of counter-rotating vortices is created after roll-up of the wake of flying aircraft. Normall...
The problem of wind statistics measurements in the planetary boundary layer using a coherent Doppler...
International audienceAir flows in the troposphere have a major impact on air traffic safety and ope...
Aircraft vortices are generated by the lift-producing surfaces of the aircraft. The variability of n...
The presentation shows an approach to alleviate the impact of a wake vortex on an encountering aircr...
Lidar (laser radar) sensors aimed at detecting aircraft wake vortices have been studied and improved...
Today, the demand for increasing airport capacity is high, in particular for increasing runway throu...
During a wake vortex encounter an aircraft is exposed to strong unsteady disturbance velocities whic...
Aircraft wake is a pair of strong counter-rotating vortices generated behind an aircraft, which migh...
International audienceSince air traffic is in constant expansion, a more efficient optimisation of t...
This paper presents a sensitivity study of a wake vortex impact alleviation system based on an airbo...
This thesis concerns the numerical simulation and the remote sensing of aircraft wake vortex flows. ...
A strategy of measurement by a 1.5-μm pulsed coherent Doppler lidar “Stream Line” has been developed...
The aircraft wake vortex has important influence on the operation of the airspace utilization ratio....
Numerous studies have been performed to better understand the behavior of wake vortices with regards...
A pair of counter-rotating vortices is created after roll-up of the wake of flying aircraft. Normall...
The problem of wind statistics measurements in the planetary boundary layer using a coherent Doppler...
International audienceAir flows in the troposphere have a major impact on air traffic safety and ope...
Aircraft vortices are generated by the lift-producing surfaces of the aircraft. The variability of n...
The presentation shows an approach to alleviate the impact of a wake vortex on an encountering aircr...
Lidar (laser radar) sensors aimed at detecting aircraft wake vortices have been studied and improved...
Today, the demand for increasing airport capacity is high, in particular for increasing runway throu...
During a wake vortex encounter an aircraft is exposed to strong unsteady disturbance velocities whic...