| 14:00– 14:45 |
G.I. Barenblatt |
Turbulent boundary layers at very high Reynolds
numbers |
| 14:50– 15:35 |
G.S. Golitsyn |
Kolmogorov ideas for turbulence in other
areas of hydrodynamics, geophysics, and astrophysics |
| 15:35– 15:50 |
Break |
|
| 15:50– 16:35 |
V. Zakharov |
Kolmogorov spectra in weak turbulence |
| 17:00– 17:20 |
S.Ya. Gertsenstein |
Hydrodynamic turbulence in solutions of Navier–Stokes
equations |
| 17:20– 17:40 |
V.I. Klyatskin |
Coherent phenomena in stochastic transport
of passive tracer by random hydrodynamic flows |
| 17:40– 18:00 |
F.V. Dolzhanskii, V.M. Ponomarev |
On mechanical prototypes of fundamental hydrodynamical
invariants and slow manifolds |
| 18:00– 18:10 |
Break |
|
| 18:10– 18:30 |
V.A. Vladimirov |
Virial equalities in fluid dynamics |
| 18:30– 18:50 |
V.L. Zimont |
Kolmogorov method and turbulence combustion
modeling |
| 18:50– 19:10 |
Shepakina, Sobolev |
To be announced |
| 14:00– 14:45 |
A.L. Shnirelman |
To be announced |
| 14:50– 15:35 |
V.I. Yudovich |
Cosymmetry and its application in fluid dynamics |
| 15:35– 15:50 |
Break |
|
| 15:50– 16:35 |
O.E. Barndorff- Nielsen |
Lévy-based tempo-spatial modeling;
with application to turbulence |
| 17:00– 17:20 |
L.I. Piterbarg |
Lyapunov exponents for stochastic flows modeling
upper ocean turbulence |
| 17:20– 17:40 |
A. Sobolevski, K. Khanin, D. Khmelev |
A variational approach to the Burgers turbulence
in an unbounded domain |
| 17:40– 18:00 |
M.D. Missarov |
To be announced |
| 18:00– 18:10 |
Break |
|
| 18:10– 18:30 |
Yu.E. Gliklikh |
A certain probabilistic Lagrangian approach
to non-stochastic viscous hydrodynamics |
| 9:30– 10:15 |
B.L. Rozovsky |
Stochastic Navier–Stokes equations: propagation
of chaos and statistical moments |
| 10:30– 10:50 |
Yu. Chashechkin, G.G. Chernykh, N.P. Moshkin, O.F. Voropaeva, A.G. Demenkov, B.B. Ilyushin, V.A. Kostomakha |
Mathematical modelling of free turbulent flows |
| 10:50– 11:10 |
A.V. Zakharov |
To be announced |
| 11:10– 11:30 |
A.M. Blokhin, D.L. Tkachev |
Stability of flow with a strong shock around
an infinite wedge |
| 11:30– 11:40 |
Break |
|
| 11:40– 12:00 |
S.V. Ershov, I.B. Mikhaylovskaya, O.B. Novik |
Seismo-hydro-electromagnetic tsunami wave |
| 12:00– 12:20 |
M.V. Semenov, Yu.V. Sheretov |
Investigation of gas flows round a ball on the base of quasi-hydrodynamic equations in Stokes approximation |
| 12:20– 12:40 |
A.Yu. Plakhov |
The Newton problem on the minimal resistance
in the class of bodies of fixed volume |
| 14:00– 14:45 |
M.I. Vishik |
Global attractor for nonatonomous 2D Navier-Stokes
system with rapidly oscillating forcing term |
| 14:50– 15:35 |
S.B. Kuksin |
Ergodic theorems in 2D statistical hydrodynamics |
| 16:00– 16:20 |
S.I. Chernyshenko |
Organized structures in the near-wall turbulence
and generalized optimal perturbations |
| 16:20– 16:40 |
A.N. Golubiatnikov |
On a phenomenological model of turbulent flows |
| 16:40– 17:00 |
V.N. Grebenev |
Invariant manifolds in parametric turbulent models |
| 17:00– 17:10 |
Break |
|
| 17:10– 17:30 |
G.V. Alexeev, D.A. Tereshko |
Analysis of inverse extremal problems for stationary
equations of heat and mass transfer in viscous fluid |
| 17:30– 17:50 |
S.I. Khudyaev |
Self-organization in the flow of structurized
fluid |
| 17:50– 18:10 |
A.S. Demidov |
Evolution of perturbation of a circle in the
Stokes– Leibenson problem for the Hele-Shaw flow |
| 14:00– 14:45 |
J. Mattingly |
Mixing and scale in stochastically forced Navier–Stokes
equations |
| 15:10– 15:30 |
E. Juntasaro, V. Juntasaro |
On the new concept of turbulence modeling in fully-developed
turbulent channel flow |
| 15:30– 15:50 |
G.A. Kuz’min, O.N. Soboleva |
The Kolmogorov refined scaling in the theories
of turbulence and in subsurface hydrodynamics |
| 15:50– 16:10 |
A.A. Agrachev, A.V. Sarychev |
On controllability of the Navier–Stokes equation
by low modes forcing |
| 16:10– 16:20 |
Break |
|
| 16:20– 16:40 |
I.V. Biktasheva, V.N. Biktashev |
On a wave-particle dualism of spiral waves dynamics |
| 16:40– 17:00 |
V.L. Natyaganov |
Electro-capillar-vortical model and imaginary
paradoxes of the globe-lighting |
| 17:00– 17:20 |
D. Georgievskii |
Development of the integral relations method in
hydrodynamical stability |
| 17:20– 17:30 |
Break |
|
| 17:30– 17:50 |
O.A. Alduchov, V.A. Gordin |
3D correlation functions of meteorological fields.
Methods and results |