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DTSTAMP:20190719T085754Z
LOCATION:HG E 1.1
DTSTART;TZID=Europe/Stockholm:20190613T164500
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UID:submissions.pasc-conference.org_PASC19_sess141@linklings.com
SUMMARY:MS35 - HPC Challenges in Kinetic Simulations of Plasmas, Part III 
 of III: Semi-Lagrangian and other Approaches
DESCRIPTION:Minisymposium\nPhysics\n\nOpen Discussion\n\nGheller\n\nWe wil
 l close the minisymposium with a panel discussio.\n\n---------------------
 \nA Moment‐Based Kinetic Model for Efficient Numerical Implementatio
 n\n\nJorge, Frei, Ricci, Loureiro\n\nA drift-kinetic and a gyrokineti
 c model able to describe the plasma dynamics in the tokamak periphery are&
 nbsp;presented, which take into account electromagnetic fluctuations 
 at all relevant scales, allowing for comparable amplitudes of background a
 nd fluctuating components. In addition, t...\n\n---------------------\nNov
 el Semi‐Lagrangian Algorithms for Gyrokinetics in Realistic Tokamak 
 Geometries Including the Magnetic Axis\n\nZoni, Güçlü\n\nMany gyrokinetic 
 codes are based on structured logical meshes conformal to the magnetic fie
 ld flux surfaces and face the computational challenge of solving the gyrok
 inetic equations in singular domains, such as complex-shaped poloidal plan
 es of realistic Tokamak devices. We present a robust and rigo...\n\n------
 ---------------\nEfficient Grid- and Data-Reduction Methods for Gyrokineti
 c Simulations\n\nJarema, Jenko, Told, Görler\n\nInvestigating plasma micro
 turbulence in magnetic fusion devices with strong radial variations necess
 itates radially extended (gyro-)kinetic simulations. This type of simulati
 ons is extremely computationally expensive. In grid-based Eulerian codes, 
 one of the main reasons is a very large number of gr...\n
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