COMPUTATIONAL HEAT AND MASS TRANSFER: NEW APPROACHES AND
INNOVATIVE SCHEMES (SS10)
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Computational techniques and methods are evolutionary field from macroscopic-level to nano-level, using continuum and discrete mechanics. It is necessary for scientist and engineers to come together periodically to discuss new ideas and developments in the area of computational methods and applications. Also, it is good opportunity for new scientist and engineer to explore the art of computational methods.
Contributions on all aspects of CHMT coupled CFD both fundamentals and applied, will be welcome.
The main topics are:
- Recent developments/Validation of computational methods
- Multi-phases, gas-liquid, liquid-solid, etc.
- Solidification and melting
- Complex chemical reaction modeling
- Reactive Flows and Combustion
- Internal Flow and Heat Transfer
- Double diffusive convection
- Microgravity Sciences and Processes
- Transport in Porous Media
- CHMT in civil engineering
- Computational Environmental Engineering
- Energy Systems
- Real time control for industrial heat transfer
- Inverse Problems and optimization
- Cellular automata and Boltzmann methods
- Molecular Dynamics
- Biomedical, Micro and Nano systems
- High temperature and plasma processes
ABSTRACTS SUBMISSION (S):
Online: http://www.dsl2010-paris.com/abstract.html
or directly by email to: abstract@dsl2010-paris.com
SS10-FLYER (pdf)
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ORGANIZED BY:
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Prof. R. Bennacer
Université de Cergy-Pontoise,
France
Prof. M. EL Ganaoui
University of Limoges / CNRS,
France |
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Prof. L. Tadrist
Université de Provence
France |
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INVITED TALKS:
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'Wetting and Phase Change: Equilibrium, Steady and Dynamic behaviours'
Prof. Khellil Sefiane
University of Edinburgh, Edinburgh,
UK
Abstract
About Prof. Khellil Sefiane |
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