The aim of this chapter is twofold. On the one hand, it describes a complete simulation method to evaluate the performance of a Doppler LIDAR for aircraft wake vortices detection near the ground. The principal interest of the simulation presented here is to combine a LASER beam propagation methodwith fluid dynamics simulations. On the other hand, it proposes effective wind velocity map reconstruction algorithms
This paper describes the first successful attempt to detect wake vortices axially using an on-board ...
To detect wake vortices in all weather conditions, lidar and radar sensors are complementary. It is ...
The presentation shows an approach to alleviate the impact of a wake vortex on an encountering aircr...
The problem of wind statistics measurements in the planetary boundary layer using a coherent Doppler...
Lidar (laser radar) sensors aimed at detecting aircraft wake vortices have been studied and improved...
This thesis concerns the numerical simulation and the remote sensing of aircraft wake vortex flows. ...
A new spectral model of the return signal from a LIDAR Doppler wake vortex detector is proposed. It ...
This paper presents a sensitivity study of a wake vortex impact alleviation system based on an airbo...
We present the development of an axial aircraft wake vortex Lidar sensor working in Mie scattering r...
A strategy of measurement by a 1.5-μm pulsed coherent Doppler lidar “Stream Line” has been developed...
As a consequence of the growth in the number of flights per year, the airspace in the future is reac...
A hydrodynamic model of aircraft vortex wakes in an irregular wind shear field near the ground is de...
International audienceSince air traffic is in constant expansion, a more efficient optimisation of t...
In this paper, we present the development of an axial aircraft wake vortex light detection and rangi...
The DFVLR laser Doppler anemometer is a CO2 continuous wave homodyne system designed for boundary la...
This paper describes the first successful attempt to detect wake vortices axially using an on-board ...
To detect wake vortices in all weather conditions, lidar and radar sensors are complementary. It is ...
The presentation shows an approach to alleviate the impact of a wake vortex on an encountering aircr...
The problem of wind statistics measurements in the planetary boundary layer using a coherent Doppler...
Lidar (laser radar) sensors aimed at detecting aircraft wake vortices have been studied and improved...
This thesis concerns the numerical simulation and the remote sensing of aircraft wake vortex flows. ...
A new spectral model of the return signal from a LIDAR Doppler wake vortex detector is proposed. It ...
This paper presents a sensitivity study of a wake vortex impact alleviation system based on an airbo...
We present the development of an axial aircraft wake vortex Lidar sensor working in Mie scattering r...
A strategy of measurement by a 1.5-μm pulsed coherent Doppler lidar “Stream Line” has been developed...
As a consequence of the growth in the number of flights per year, the airspace in the future is reac...
A hydrodynamic model of aircraft vortex wakes in an irregular wind shear field near the ground is de...
International audienceSince air traffic is in constant expansion, a more efficient optimisation of t...
In this paper, we present the development of an axial aircraft wake vortex light detection and rangi...
The DFVLR laser Doppler anemometer is a CO2 continuous wave homodyne system designed for boundary la...
This paper describes the first successful attempt to detect wake vortices axially using an on-board ...
To detect wake vortices in all weather conditions, lidar and radar sensors are complementary. It is ...
The presentation shows an approach to alleviate the impact of a wake vortex on an encountering aircr...