On the OMFIT modeling framework and the development of steady ...
On the OMFIT modeling framework and the development of steady ...
On the OMFIT modeling framework and the development of steady ...
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Integrated <strong>modeling</strong> in magnetic fusion<br />
Integrated <strong>modeling</strong>: self-consistent interaction <strong>of</strong> specialized codes<br />
to capture complex interplay <strong>of</strong> different physical processes<br />
Manual integration <strong>of</strong> different codes is a complicated endeavor<br />
Many integrated <strong>modeling</strong> s<strong>of</strong>twares have been developed<br />
(SWIM, ONETWO, CRONOS, TRANSP, CORSICA, ITM-IT, TASK, ...)<br />
Two main categories:<br />
1 Transport solver:<br />
• External components to calculate equilibrium, sources <strong>and</strong> fluxes<br />
• Tight coupling: Data exchange at memory level<br />
2 Workflow-manager:<br />
• Data “flows” through <strong>the</strong> components<br />
• Loose coupling: Data exchange through files
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