LOOPREF: A Fluid Code for the Simulation of Coronal Loops

Details LOOPREF: A Fluid Code for the Simulation of Coronal Loops LOOPREF: A Fluid Code for the Simulation of Coronal Loops

Apr 1998

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1998nasa.reptw....d&link_type=abstract

Technical Report, NASA/CR-1998-206854; Rept-98B00038; NAS 1.26:206854

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Computation

Applications Programs (Computers), Coronal Loops, Finite Element Method, Solar Corona, Magnetohydrodynamics, Unstructured Grids (Mathematics), Grid Generation (Mathematics), Computerized Simulation, Equations Of Motion, Satellite Observation, Temperature Gradients, Computation, Solar Activity, Subroutines, Conductive Heat Transfer

Scientific paper

This report documents the code LOOPREF. LOOPREF is a semi-one dimensional finite element code that is especially well suited to simulate coronal-loop phenomena. It has a full implementation of adaptive mesh refinement (AMR), which is crucial for this type of simulation. The AMR routines are an improved version of AMR1D. LOOPREF's versatility makes is suitable to simulate a wide variety of problems. In addition to efficiently providing very high resolution in rapidly changing regions of the domain, it is equipped to treat loops of variable cross section, any non-linear form of heat conduction, shocks, gravitational effects, and radiative loss.

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