ICF3D
The radiation-hydrodynamic ICF3D code We describe a three-dimensional high-temperature plasma simulation computer code ICF3D developed at the Lawrence Livermore National Laboratory. The code is portable; it runs on a variety of platforms: uniprocessors, SMPS, and MPPs. It parallelizes by decomposing physical space into disjoint subdomains, and relies on message passing libraries such as MPI. ICF3D is written in the object oriented programming language C++. The mesh is unstructured and consists of a collection of hexahedra, prisms, pyramids, and/or tetrahedra. The hydrodynamics is modeled by discontinuous finite element method which allows a natural representation of inherently discontinuous phenomena such as shocks. Continuous processes such as diffusion are modeled by conventional finite element methods. ICF3D is modular and consists of separate equation-of-state, hydrodynamic, heat conduction, and multi-group radiation transport (diffusion approximation) packages. We present results on problems relevant to inertial confinement fusion (ICF) which are obtained on a variety of computers, uniprocessors and MPPs.
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References in zbMATH (referenced in 6 articles )
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Sorted by year (- Wu, Jiming: Vertex-centered linearity-preserving schemes for nonlinear parabolic problems on polygonal grids (2017)
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- Mackerle, Jaroslav: FEM and BEM parallel processing: Theory and applications -- a bibliography (1996-2002) (2003)
- Bates, J. W.; Knoll, D. A.; Rider, W. J.; Lowrie, R. B.; Mousseau, V. A.: On consistent time-integration methods for radiation hydrodynamics in the equilibrium diffusion limit: Low-energy-density regime (2001)
- Shestakov, A. I.; Milovich, J. L.; Prasad, M. K.: Combining cell- and point-centered methods in 3D, unstructured-grid radiation-hydrodynamic codes (2001)
- Shestakov, A. I.; Prasad, M. K.; Milovich, J. L.; Gentile, N. A.; Painter, J. F.; Furnish, G.: The radiation-hydrodynamic ICF3D code (2000)