ALATNET Seminar on High Resolution Modelling: timetable of the first week

Monday 15th

Tuesday 16th

Wedndesday 17th

Thursday 18th

Friday 19th

7.30
8.30

Breakfast

Breakfast

Breakfast

Breakfast

Breakfast

8.45

9.45

2. S. Malardel
Atmospheric waves (1)

3. S. Malardel
Instability of an air parcel and large scale instabilities (1)

5. G. Radnoti
Coupling (1)

6. G. Radnoti
Finite difference and Galerkin methods (1)

10.00

11.00

2. S. Malardel
Atmospheric waves (2)

3. S. Malardel
Instability of an air parcel and large scale instabilities (2)

5. G. Radnoti
Coupling (2)

6. G. Radnoti
Finite difference and Galerkin methods (2)

11.15


12.15

4. M. Zagar
Geometry and spectral representation of the fields (1)

3.3. S. Malardel
Instability of an air parcel and large scale instabilities (3)

13. R. Bubnova
Vertical discretization: examples of Simmons-Burridge and Arakawa-Suarez schemes

12. M. Zagar
Question: when and how does the adaptation successfully replace the evolution (1)

12.30
13.30

Lunch

Lunch

Lunch

Lunch

Lunch

13.30

14.30

Welcome (I. Obrusnik)
ALATNET presentation
(J.-F. Geleyn)

Tutorial*
G. Radnoti & J.-F. Geleyn

Tutorial*
G. Radnoti & J.-F. Geleyn

Tutorial*
M. Zagar & P. Bénard

Perspectives in NWP
J.-F. Geleyn (1)

14.45

15.45

1. S. Malardel
General conservation laws (1)

Tutorial*
G. Radnoti & J.-F. Geleyn

Tutorial*
G. Radnoti & J.-F. Geleyn

Tutorial*
M. Zagar & P. Bénard

Perspectives in NWP
J.-F. Geleyn (2)

16.00

17.00

1. S. Malardel
General conservation laws (2)

SCANIA
J.-F. Geleyn

Tutorial*
G. Radnoti & J.-F. Geleyn

Tutorial*
M. Zagar & P. Bénard

CYCORA
J.-F. Geleyn

17.15


18.15

1. S. Malardel
Fundamental laws applied to the atmosphere (3)

4. M. Zagar
Geometry and spectral representation of the fields (2)

19. J.-F. Geleyn
Concepts of diabatism, irreversibility and cycles; consequences on the methods for parameterisation (2)

14. R. Bubnova
Non-hydrostatic models: General Introduction

12. M. Zagar
Question: when and how does the adaptation successfully replace the evolution (2)

18.30
19.30

Dinner

Dinner

Dinner

Dinner

Dinner

19.45


20.45

18. S. Malardel
General circulation, scales, forcings

7. P. Bénard
The S.I. system in primitive equations

16. J.-F. Geleyn
Relaxing the thin layer hypohesis; consequences on metric- and Coriolis terms

15. R. Bubnova
Non-hydrostatic models: ALADIN Non-hydrostatic version (1)

21.00


22.00

19. J.-F. Geleyn
Concepts of diabatism, irreversibility and cycles; consequences on the methods for parameterisation (1)

8. P. Bénard
Eulerian formulation : stability and properties

17. P. Bénard
The top and bottom boundary conditions

15. R. Bubnova
Non-hydrostatic models: ALADIN Non-hydrostatic version (2)


ALATNET Seminar on High Resolution Modelling: timetable of the second week

Monday 22nd

Tuesday 23rd

Wedndesday 24th

Thursday 25th

Friday 26th

7.30
8.30

Breakfast

Breakfast

Breakfast

Breakfast

Breakfast

8.45


9.45

28. J.-F. Geleyn
Constraints on the dynamics- physics interface: conservation laws and the organisation of the model's time step (1)

29. J.-F. Geleyn
Intrinsic stability problems of parameterisation algorithms (1)

26. J.-F. Geleyn
Parameterisation of momentum fluxes due to orographic effects

27. E. Bazile
Surface parametrization (1)

21. J.-F. Geleyn
Parameterisation of radiative fluxes (2)

10.00


11.00

28. J.-F. Geleyn
Constraints on the dynamics-p hysics interface: conservation laws and the organisation of the model's time step (2)

10. I. Gospodinov
2 Time-Level semi-Lagrangian (1)

32. L. Berre
Multivariate methods

27. E. Bazile
Surface parametrization (2)

31. E. Bazile
surface boundary condition

11.15

12.15

30. P. Bénard
An example of hybrid problem : "fibrillation"

10. I. Gospodinov
2 Time-Level semi-Lagrangian (2)

24. L. Gérard
Phase changes and diagnostic microphysics (1)

33. L. Berre
Adjoint physics

34.
Debriefing

12.30
13.30

Lunch

Lunch

Lunch

Lunch

Lunch

13.30
14.30

Tutorial*
I. Gospodinov & R. Bubnova

Tutorial*
J.-F. Geleyn & R. Bubnova

Tutorial*
E. Bazile & J.-F. Geleyn

Tutorial*
E. Bazile & J.-F. Geleyn

14.45
15.45

Tutorial*
I. Gospodinov & R. Bubnova

Tutorial*
J.-F. Geleyn & R. Bubnova

IFS, ARPEGE, ALADIN
J.-F. Geleyn

Tutorial*
E. Bazile & J.-F. Geleyn

16.00

17.00

9. I. Gospodinov
3 Time-Level semi-Lagrangian (1)

22. L. Gérard
Turbulent fluxes and PBL parameterization (1)

Horizontal diffusion
F. Vana

Tutorial*
E. Bazile & J.-F. Geleyn

17.15

18.15

9. I. Gospodinov
3 Time-Level semi-Lagrangian (2)

22. L. Gérard
Turbulent fluxes and PBL parameterization (2)

24. L. Gérard
Phase changes and diagnostic microphysics (2)

25. L. Gérard
Convection (1)

18.30
19.30

Dinner

Dinner

Dinner

Dinner

19.45


20.45

11. P. Bénard
The S.I.S.L. orographic problem and some solutions (1)

29. J.-F. Geleyn
Intrinsic stability problems of parameterisation algorithms (2)

20. E. Bazile
Validation technique for parameterization (1)

25. L. Gérard
Convection (2)

21.00


22.00

11. P. Bénard
The S.I.S.L. orographic problem and some solutions (2)

23. J.-F. Geleyn
Problems with transient and non-homogeneous turbulence; the prognostic and 3D approaches

20. E. Bazile
Validation technique for parameterization (2)

21. J.-F. Geleyn
Parameterisation of radiative fluxes (1)


* Tutorial periods and on demand presentations took place early in the afternoon; they were not compulsory but the mentionned people (2 teachers for each afternoon) were available for extra help and added presentations.