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ParaDiS Dislocation Simulations

ParaDiS is a free. Large scale dislocation dynamics simulation code to study the fundamental mechanisms of plasticity. It was originally developed at the Lawrence Livermore National Laboratory. It is written in C with a little C and uses the MPI library for communication between processors. It runs routinely on 100-1000 processors and scalability on 132,000 processors of BlueGeneL has been demonstrated. Nature, 440, 1174 2006. Graphics by Meijie Tang, Rich Cook, Sean Ahern LLNL.

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Materials science, atom probe tomography, steel, crystal plasticity, simulation, alloy design, EBSD, Dierk Raabe. computational materials science,multiphase, TWIP, TRIP, twin,multiscale, simulation,

Why we need strong materials. Digital Image Correlation for multiphase alloys. Digital Image Correlation and crystal plasticity simulation. Atom probe and atomistic simulations. Atom probe tomography on steels. Atom probe tomography on metallic glass.

Defect Dynamics Group - Defect Dynamics Group

Finite element simulation of a nanocomposite. New papers in PRB, NIMB.

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ParaDiS Dislocation Simulations

DESCRIPTION

ParaDiS is a free. Large scale dislocation dynamics simulation code to study the fundamental mechanisms of plasticity. It was originally developed at the Lawrence Livermore National Laboratory. It is written in C with a little C and uses the MPI library for communication between processors. It runs routinely on 100-1000 processors and scalability on 132,000 processors of BlueGeneL has been demonstrated. Nature, 440, 1174 2006. Graphics by Meijie Tang, Rich Cook, Sean Ahern LLNL.

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This site paradis.stanford.edu states the following, "Large scale dislocation dynamics simulation code to study the fundamental mechanisms of plasticity." We noticed that the website said " It was originally developed at the Lawrence Livermore National Laboratory." It also stated " It is written in C with a little C and uses the MPI library for communication between processors. It runs routinely on 100-1000 processors and scalability on 132,000 processors of BlueGeneL has been demonstrated. Nature, 440, 1174 2006. Graphics by Meijie Tang, Rich Cook, Sean Ahern LLNL."

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