name

affiliation

E-mail

remarks

Bram Elsenaar

NLR/Airbus-LAD

elsenaar@nlr.nl

dep. coordinator

Anton de Bruin

NLR

bruina@nlr.nl

S-wake co-ordinator

Andy Kershaw

NATS

Andy.Kershaw@nats.co.uk

ATM community

Andreas Reinke

TU-Berlin

Andreas.Reinke@TU-Berlin.de

research community

Stefan Wolf

IFALPA

wakenet@jskWolf.de

pilot representative

Anke van Esch

NLR

vanesch@nlr.nl

local coordinator

Opening Session (session chairman A. Elsenaar)

10.00

Welcome ( A. de Graaff, Director International Affairs NLR)

10.05

Opening (K. Hünecke, co-ordinator WakeNet)

0.1

10.15

European research on wake encounters: past (WAVENC) and present (S-WAKE) , (A.C. de Bruin; NLR, NL)

Session 1: Flow field modelling and parametric studies (chair: K. Hünecke)

1.1

10.40

Basic scaling laws and parameterization for vortex strength and wake encounters, (Elsenaar/De Bruin; NLR)

11.05

COFFEE

1.2

11.20

Vortex tangent velocity profiles for encounter simulation (Mike Harris/Rob Young, DERA-Malvern, UK)

1.3

11.45

Ground and shear layer effects on wake vortices (Dennis Darracq, CERFACS, FR)

1.4

12.10

Numerical simulation of wake vortex encounter in a convective boundary layer (F. Holzaepfel, DLR Oberpfaffenhofen, GE)

1.5

12.35

Parametric models for operational systems and their comparison with detailed CFD studies (G. Winckelmans, F. Thirifay and P. Ploumhans, CESAME, Leuven, BE)

13.00

LUNCH

Session 2: Wake encounter and flight simulation studies (chair:A. Kershaw)

2.1

14.00

Wake encounter tests in the DNW-LFF wind tunnel (A.C. de Bruin, NLR, NL)

2.2

14.25

Helicopter Response to an Aircraft Vortex Wake (Graham Turner, DERA Bedford, UK)

2.3

14.50

Wake encounter simulations made by NLR and Aerospatiale in the WAVENC project (M. Verbeek / D. Liot, NLR/ASM, NL/FR)

2.4

15.15

Flight mechanical modeling and piloted simulation of wake vortex encounters – Methods and experiences, (A. Reinke, TU-Berlin, GE)

15.40

TEA

Session 3: Experiences with Encounters (chair: A. Reinke)

2.5

15.55

Flight simulator preparation for the investigation of wake vortex encounters for S-WAKE ; a status report (Robert Luckner, DA, GE)

3.1

16.20

Wake vortex encounters in the London Heathrow area and planned S-WAKE studies (A. Kershaw, NATS)

3.2

16.45

Determination of vortex characteristics from vortex encounter flights (D. Fischenberg, DLR, GE)

3.3

17.10

Wake vortex and the influence on aircraft operation - a draft for a pilots briefing guide (S. Wolf, IFALPA, GE)

3.4

17.35

In-situ measurements in the wakes of cruising aircraft (R. Baumann, DLR Oberpfaffenhofen, GE)

20.00

EVENING DINNER

Session 4: Other Safety issues (chair: S. Wolf)

4.1

09.00

Aircraft motion during wake vortex encounters (A. Woodfield, Woodfield Aviation Research, UK)

4.2

09.25

The following aircraft in the wake turbulence conditions (V.V. Vyshinsky. TsAGI, RU)

4.3

09.50

Safety related issues for wake vortex classification (L.J.P. Speijker, NLR, NL)

4.4

10.15

Wake vortex encounters as registered by flight data recordings (H. Haverdings, NLR, NL)

10.40

COFFEE

Session 5: Training for Encounters (chair: A.C. de Bruin)

5.1

11.05

The introduction of wake vortex alerting in the cockpit (W.F.J.A. Rouwhorst, NLR, NL)

5.2

11.30

Wake Vortex training at TsAGI (V.V. Vyshinsky, V.Ye. Gryazin, Yu.S. Mikhailov, TsAGI, RU)

5.3

11.55

A simulation tool for flying in wake vortices (A. Fischer, BA, UK)

12.20

Open Session (chair: Denis Darracq)

13.00

LUNCH

14.00

Discussion of WakeNet Position Paper (Thomas Gerz/Frank Holzaepfel/ Denis Darracq): will be made available in time on the WakeNet Internet Site

15.00

Technical Evaluation by Alan Woodfield (Woodfield Aviation Research, UK)

15.30

Discussion (chair: A. Elsenaar)

16.00

Closing of the meeting