10th International Conference on Fluid Control, Measurements, and Visualization (FLUCOME)
10th International Conference on Fluid Control, Measurements, and Visualization (FLUCOME)
10th International Conference on Fluid Control, Measurements, and Visualization (FLUCOME)
Дата начала: 24.08.2009 Дата окончания: 28.08.2009 Место проведения: Москва | Сайт конференции http://www.ihed.ras.ru/flucome~ |
Организатор
- Объединённый институт высоких температур РАН (ОИВТ РАН), Центральный аэрогидродинамический институт (ФГУП ЦАГИ) им. проф. Н.Е. Жуковского, Институт химической физики им. Н.Н. Семенова РАН
Описание конференции
Конференция включает три направления:
Theme A: Flow Control:
* Aerodynamics.
* MEMS control.
* Hydraulic structures.
* Optimisation in flow control.
* Environmental pollution control.
* Plasma assisted aerodynamics.
* Jet flows.
* Flows in micro devices.
* Coastal and offshore structures.
* Wind engineering.
* Combustion and detonation.
* MHD and EHD.
* Hydraulic, Pheumatic, Fluidics.
Theme B: Measurements:
* Supersonic flows.
* Multi-phase flows.
* PIV and imaging.
* Turbulent flows.
* Acoustic and electromagnetic flows Compressive flows.
* Heat and mass transfer.
* Environmental flows.
* Remote sensing.
* Non-intrusive methods.
* Computational Fluid Dynamics.
Theme C: Visualization:
* Combustion.
* Two phase flows.
* Wave and storm surges.
* Geophysical flows.
* Estuarine and coastal waters
* Flow characterizations.
* Biological flows.
* Environmental fluid flows.
* Meteorological flows.
* Visualization of scientific arts.
Theme A: Flow Control:
* Aerodynamics.
* MEMS control.
* Hydraulic structures.
* Optimisation in flow control.
* Environmental pollution control.
* Plasma assisted aerodynamics.
* Jet flows.
* Flows in micro devices.
* Coastal and offshore structures.
* Wind engineering.
* Combustion and detonation.
* MHD and EHD.
* Hydraulic, Pheumatic, Fluidics.
Theme B: Measurements:
* Supersonic flows.
* Multi-phase flows.
* PIV and imaging.
* Turbulent flows.
* Acoustic and electromagnetic flows Compressive flows.
* Heat and mass transfer.
* Environmental flows.
* Remote sensing.
* Non-intrusive methods.
* Computational Fluid Dynamics.
Theme C: Visualization:
* Combustion.
* Two phase flows.
* Wave and storm surges.
* Geophysical flows.
* Estuarine and coastal waters
* Flow characterizations.
* Biological flows.
* Environmental fluid flows.
* Meteorological flows.
* Visualization of scientific arts.