28 th July 2005 – EDMS 624664 1 TS/CV/DC CFD Team M. Battistin TS/CV/Detector Cooling - CFD Team AT Seminar AT Auditorium – July 28, 2005 Michele Battistin, Sara Correia, Moritz Kuhn, Anna Mueller, Antonio Romanazzi, Vaclav Vins, Izabella Wichrowska-Polok Computational Fluid Dynamics at CERN
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Computational Fluid Dynamics at CERN · Computational Fluid Dynamics 9Computational Fluid Dynamics (CFD) is an analysis of fluid flow, heat transfer and associated phenomena in physical
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28th July 2005 – EDMS 624664 1
TS/CV/DC CFD Team
M. Battistin
TS/CV/Detector Cooling - CFD TeamAT Seminar
AT Auditorium – July 28, 2005
Michele Battistin, Sara Correia, Moritz Kuhn, Anna Mueller, Antonio Romanazzi, Vaclav Vins, Izabella Wichrowska-Polok
Computational Fluid Dynamics at CERN
28th July 2005 – EDMS 624664 2
TS/CV/DC CFD Team
M. Battistin
A CFD service teamexists at CERN
• What is CFD
• Industrial and CERN applications
• Introduction to CFD – S. Eicher
• Project examples – CFD team
• LHC MQY Quadrupole simulation – A. Mueller
• Team resources and benefits
• How you can access to this service
28th July 2005 – EDMS 624664 3
TS/CV/DC CFD Team
M. Battistin
Computational Fluid DynamicsComputational Fluid Dynamics (CFD) is an analysis of fluid flow, heat transfer and associated phenomena in physical systems using numerical methods.
The basis of computational fluid dynamics is the reduction of the continuum differential equations describing the dynamics of the fluid (Navier-Stokes + mass and energy conservation equations) into a system of algebraic equations at a finite number of "grid" points, and the solving of the equations at these limited number of points only.