Speakers will be invited to address the following topics:
PRINCIPAL THEMES/TOPICS:
Viscous flow regime:
- Analytical solutions
- CFD calculations
- Application of velocity slip and temperature jump conditions
Transitional flow regime:
- Numerical solution of the kinetic equations
- Diffusion model of gas flows
- The DSMC method. Its advantages and limitation
- Role of the gas-surface interaction
- Non-steady (time dependent) flows
Molecular flow regime:
- Test Particle Monte Carlo method
- Method of angle elements
- Diffusion model
- Modelling of the gas-surface interaction
- Gas flow modelling for particle accelerator vacuum design
- Gas dynamic at pulsed desorption
Special topics:
- Modelling of vacuum accident
- Modelling of vacuum Pumps
- Modelling of vacuum gauges
- Gas Dynamics in a vacuum chamber of fusion reactors
- Gas distribution in CVD and Etch equipment
- Dynamic behaviour of vacuum Load-Locks
- Dynamic in vacuum chambers with sorbing walls
- Effects of momentum and centrifugal force
- Air Bearings
- Jets in vacuum chambers
- Microfluidics
