Air Systems Division WAKE VORTEX & WIND MONITORING SENSORS IN ALL WEATHER CONDITIONS
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1 WAKE VORTEX & WIND MONITORING SENSORS IN ALL WEATHER CONDITIONS
2 Wakenet-3 / Greenwake Workshop WAKE VORTEX & WIND MONITORING SENSORS IN ALL WEATHER CONDITIONS 2
3 Monday, 29th March, Opening Session Toward Safe, Weather Resilient ATM Systems: Wind & Wake-Vortex Mitigation Thierry Beauvais, Key Technology Domain PCC (Processing, Computing & Cognition) Director, THALES Welcome & Workshop Introduction Frederic Barbaresco, Task Leader - WakeNet3-Europe, THALES AIR SYSTEMS Carsten Schwarz, Greenwake, DLR 3
4 Wakenet-3/Greenwake Workshop Agenda Monday 29 th March - Sensors for Wind Monitoring in All Weather Conditions Topic 1 : Wind Monitoring Radars Topic 2 : Radar Wind Profilers Topic 3 : Lidar Wind Profilers Topic 4 : Airborne Sensors & Aircraft Met Data Tuesday 30 th March - Sensors for Wake-Vortex Monitoring in All Weather Conditions Topic 5 : Radar Wake Vortex Sensors Topic 6 : Acoustic Wake Vortex Sensors Topic 7 : IR & UV Wake Vortex Sensors Topic 8 : Multiple Sensors 4
5 Palaiseau Canteen At the right of TRT, take the roundabout, turn left and join the bus stop on the roadside. The bus schedule are: from 11 am to 2 pm The bus stops every ten minutes. For the return, wait for the bus on the little place near the canteen. 5
6 Sensors for Wind Monitoring in All Weather Conditions
7 Monday, 29th March, Wind Monitoring Radars Chairman : P. Eriksen / EUROCONTROL 09:10 Next Generation Operational Met Office Weather Radars and Products P. Tabary & J. Parent-du-chatelet / Meteo-France, France 09:30 Wind Field Observations with a Monostatic and Bistatic C-band Doppler Radar Network M. Hagen / DLR, Germany 09:50 Multi-Static X-Band Radar J. Saebboe / TRIAD, Norway 10:10-10:40 Coffee Break 7
8 Monday, 29th March, Wind Monitoring Radars Chairman : P. Eriksen / EUROCONTROL 8 10:40 HYDRIX: An X Band Radar to Monitor Atmospheric Hazards for Airport J. Testut / NOVIMET, France 11:00 An Airborne X Band Weather Radar Simulator Environment Cancelled J.P. Artis / THALES, France 11:20 DWD s New Remote Wind Sensing Equipment for An Integrated Terminal Weather System (ITWS) T. Wetter & F. Lehrnickel / DWD, Germany 11:40 All Weather Wind Monitoring with Integrated Radar and Lidar S. Hannon / Lockheed CT, USA 12:00-14:00 Lunch Break
9 Monday, 29th March, Radar Wind Profilers Chairman : R. Wilson / LATMOS 14:00 Vaisala UHF Wind Profiler, Optimizing the Wind Measurement J. Polvinen / VAISALA, Finland 14:20 UHF Wind Profiler Radar Applications in Aviation Support P. Currier/ Degreane Horizon, Vinci Group, France 14:40 Long-term Radar Wind Profiler and Windline Measurements for the Wake Vortex Warning System at Frankfurt Airport J. Konopka/ DFS, Germany 15:00-15:30 Coffee Break 9
10 Monday, 29th March, Lidar Wind Profilers Chairman : P. Feneyrou / THALES 15:30 New Long Range Lidar for Airport Wind Profiling L. Sauvage, J.P. Cariou / LEOSPHERE, France 15:50 Aviation ZephIR: Lidar Wind Profiling and Wake Vortex Detection C.Hill / Qinetiq, UK 16:10 Lidar Wind-Shear Monitoring : Nice Airport Trials Florence Besson, Jean-Louis Maridet & Alain Dabas / Meteo-France, France 16:30 Wind Monitoring Using 2nd Generation Wind Lidars Peter Clive / Renewable Energy Consultant, France 16:50 Wind Lidar as an Aid to Airport Security Under Unfavourable Weather Conditions P. Martinez & A. Alcayde / ADTelecom, Spain 10
11 Monday, 29th March, Airborne Sensors & Aircraft Met Data Chairman : L. Mutuel / THALES 17:10 LIDAR Airborne Aerodynamic Sensors A. Verbeke / THALES Avionics, France 17:30 Potential Use of Aircraft Derived Meteorological Data for Wake Turbulence Applications E. Johnson / FAA, USA 17:50 End of Day 1 11
12 Sensors for Wake-Vortex Monitoring in All Weather Conditions
13 Tuesday, 30th March, Radar Wake Vortex Sensors Chairman : F. Barbaresco / THALES 13 09:00 High Resolution W-Band Radar Detection and Characterization of Aircraft Wake Vortices in Precipitation T. A. Seliga & J. B. Mead / ProSensing Inc., USA 09:20 High Doppler Resolution X-band Wake-Vortex Radar : CDG Airport Trials F. Barbaresco / THALES AIR SYSTEMS, France 09:40 Electronic-Scanning X-band Wake Vortex Radar : First Demonstrator P.R. Drake / RAYTHEON, USA 10:00 Study on Wake Vortex Electromagnetic Model and Radar Detection Technologies X. WANG / NUDT, China 10:20 Multi-Physics Electromagnetic/Fluid-Mechanical Simulator of Radar WV Monitoring D. Vanhoenacker-Janvier / UCL, Belgium 10:40 11:10 Coffee Break
14 Tuesday, 30th March,Acoustic Wake Vortex Sensors Chairman : P. Feneyrou / THALES 11:10 Acoustic Technology for Wake Vortex Detection W. W. Durgin / Worcester Polytechnic Institute, USA 11:30 Bi-static Radio-Acoustic System for Wake Vortex Monitoring J. Saebboe / TRIAD, Norway 11:50 Enroute Wake Vortex Flight Data Acoustic Signature Characteristics A.P. Brown / NRC, Canada 12:10 14:00 Lunch Break 14
15 Tuesday, 30th March, IR & UV Wake Vortex Sensors C. Schwarz / Greenwake Project & DLR 15 14:00 Pulsed 1.5 micron Lidar for Wake Vortex Measurements and Monitoring : CREDOS Trials on Frankfurt Airport J.P.Cariou & A.Dolfi / LEOSPHERE & ONERA, France 14:20 Measurement of Aircraft Wake Vortices Using Doppler 1.5 micron LIDAR H. Kato & S. Fujita / Tohoku University & ENRI, Japan 14:40 Airborne and Ground based Wake Vortex Measurements with Pulsed Lidar T. Gerz or F. Holzäpfel / DLR, Germany 15:00 Assessment of Pulsed Lidar Measurements of Aircraft Wake Vortex Positions Using a Lidar Simulator D. Delisi / NorthWest Research Associates, USA 15:20-15:50 Coffee Break
16 Tuesday, 30th March, IR & UV Wake Vortex Sensors C. Schwarz / Greenwake Project & DLR 15:50 Radiometric Detection of Aviation Hazards L. West / GTRI, USA 16:10 GreenWake : UV Lidar for Wake Vortex Detection J. Storey / Green-Wake project technical co-ordinator, Lidar Technologies Ltd, UK 16:30 GreenWake : Wake Vortex Detection Simulations Sébastien Lugan / Green-Wake project, UCL-TELE, Belgium 16
17 Tuesday, 30th March, Multiple Sensors Chairman : Steven Lang / FAA 16:50 Wake Turbulence Measurements Practical experience, considerations, contributions made to NAS and science to date F. Wang / Volpe, USA 17:10 Wake Vortex Tracker for Radar/Lidar Sensors Meiko Steen / Institute of Flight Guidance, TU-Braunschweig, Germany 17:30 Closing session : Synthesis F. Barbaresco, Task Leader - WakeNet3-Europe, THALES AIR SYSTEMS 17
18 Closing Session
19 SYNTHESIS A new generation of low cost sensors has recently emerged, boosted by technological breakthroughs : Electronic scanning and/or High Power X-band Radar, Electromagnetic Multi-static Radars, High Power 1.5 micron Lidar, UV Lidar, Forward-Looking Interferometer, Multi-static Acoustics sensors, These sensors will be key enablers for critical Wake Vortex Advisory System that will be developed in : SESAR WP Runway Wake Vortex Detection, Prediction and decision support tools. In this future system, operational in all weather conditions, Wind data will be ingested in Wake Vortex Predictor and will require: accurate/high space resolution fast time update rate Wake-Vortex monitoring will improve confidence of Safety Nets with : Wake vortex position Wake vortex strength (circulation in m2/s) Wake vortex phase (transport & decay) 19 From System-centric approach to Sensor-centric Approach
20 See you soon Thank you for your attention & see you soon in Toulouse for the next plenary Wakenet-3 Workshop 20
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