1 / 3

Strong-Strong BBSS BEAMX BeamBeam3D COMBI Weak-Strong BBSIM BBTrack WSDIF F

Electron Cloud Build-Up Simulations CSEC ECLOUD Faktor2 POSINST Incoherent HEADTAIL MICROMAP Multi-Bunch Instability Simulations PEI-M. Multipacting ESA ESTEC Self-Consistent Simulations Faktor2 ORBIT QUICKPIC WARP Single-Bunch Instability Simulations HEADTAIL Synchrotron Radiation PHOTON.

aida
Download Presentation

Strong-Strong BBSS BEAMX BeamBeam3D COMBI Weak-Strong BBSIM BBTrack WSDIF F

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Electron CloudBuild-Up SimulationsCSECECLOUDFaktor2POSINSTIncoherentHEADTAILMICROMAPMulti-Bunch Instability SimulationsPEI-M MultipactingESA ESTECSelf-Consistent SimulationsFaktor2ORBITQUICKPICWARPSingle-Bunch Instability SimulationsHEADTAILSynchrotron RadiationPHOTON The Universe of Codes F. Zimmermann et al. EPAC2006 http://oraweb.cern.ch:9000/pls/hhh/code_website.startup Optics BETA LieMath MADX SAD SixTrack Intrabeam Scattering MADX MOCAC Conventional Instabilities HEADTAIL MOSES ORBIT TRISIM WARP Vacuum VAKDYN VAKLOOP VAKTRAK Collimation SixTrack Impedances ABCI LAWAL LAWAT PATRIC REWALL Nonlinear Dynamics Ctrack MICROMAP NAFF NERO PLATO SODD SUSSIX SixTrack grr Strong-Strong BBSS BEAMX BeamBeam3D COMBI Weak-Strong BBSIM BBTrack WSDIFF Space Charge IMPACT MICROMAP ORBIT PATRIC Simpsons WARP Luminosity Performance EVOL Electron Cooling BETACOOL MOCAC VORPAL Ions FIIATF WARP

  2. ? PURE THEORY PURE SIMULATIONS Physical Problem ? “It is nice to know that the computer understands the problem. But I would like to understand it too.” Eugene Wigner

  3. Benchmarking / Validation (do we know/understand it ?) Physical Problem Brute force modeling ? Step-by-step modeling ? Code-code Benchmarking Code1 (modeling) Code2 (modeling) Physics-Modeling Benchmarking Experimental Result

More Related