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Plasma Edge Kinetic-MHD Modeling in Tokamaks Using Kepler Workflow for Code Coupling,Data Management and Visualization

引用

Communications in Computational Physics 2008年第8期4卷 675-702页

作者： J.Cummings a.pankin N.Podhorszki G.Park S.Ku R.Barreto S.Klasky C.S.Chang H.Strauss L.Sugiyama P.Snyder D.Pearlstein B.Ludascher G.Bateman A.Kritz the CPES Team California Institute of Technology PasadenaCA 91125 Lehigh University BethlehemPA 18015 University of California at Davis DavisCA 95616 Courant Institute of Mathematical Sciences New York UniversityNY 10012 Oak Ridge National Laboratory Oak RidgeTN 37830 Massachusetts Institute of Technology CambridgeMA 02139 General Atomics San DiegoCA 92186 Lawrence Livermore National Laboratory LivermoreCA 94550 SciDAC FSP Center for Plasma Edge Simulation

A new predictive computer simulation tool targeting the development of the H-mode pedestal at the plasma edge in tokamaks and the triggering and dynamics of edge localizedmodes(ELMs)is presented in this *** tool brings together,in a coordinated and effective manner,several first-principles physics simulation codes,stability analysis packages,and data processing and visualization tools.A Kepler workflow is used in order to carry out an edge plasma simulation that loosely couples the kinetic code,XGC0,with an ideal MHD linear stability analysis code,ELITE,and an extended MHD initial value code such as M3D or ***0 includes the neoclassical ion-electron-neutral dynamics needed to simulate pedestal growth near the *** Kepler workflow processes the XGC0 simulation results into simple images that can be selected and displayed via the Dashboard,a monitoring tool implemented in AJAX allowing the scientist to track computational resources,examine running and archived jobs,and view key physics data,all within a standard Web *** XGC0 simulation is monitored for the conditions needed to trigger an ELM crash by periodically assessing the edge plasma pressure and current density profiles using the ELITE *** an ELM crash is triggered,the Kepler workflow launches the M3D code on a moderate-size Opteron cluster to simulate the nonlinear ELM crash and to compute the relaxation of plasma profiles after the *** process is monitored through periodic outputs of plasma fluid quantities that are automatically visualized with AVS/Express and may be displayed on the ***,the Kepler workflow archives all data outputs and processed images using HPSS,as well as provenance information about the software and hardware used to create the *** complete process of preparing,executing and monitoring a coupled-code simulation of the edge pressure pedestal buildup and the ELM cycle using the Kepler scientific workflow system is described

关键词： Plasma simulation magnetohydrodynamic and fluid equation gyrofluid and gyrokinetic simulations hybrid methods

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