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PyCAC Contents
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    • Home
      • Concurrent Atomistic Continuum (CAC) Method
      • PyCAC features and non-features
      • Compilation and execution
      • Publications
      • Acknowledgements and citations
      • Introduction
      • Atomistic field theory
      • A brief history of CAC(2003-2017)
      • Algorithm
      • Scheme
      • Parallelization
      • Arithmetic precision
      • Units
      • Input
      • Output
      • Graphical user interface
      • Installation
      • Project creation
      • Existing project upload
      • Download results
      • Parametric study
      • Command Syntax
      • boundary
      • box_dir
      • cal
      • constrain
      • convert
      • debug
      • deform
      • dump
      • dynamics
      • element
      • fix
      • grain_dir
      • grain_mat
      • grain_move
      • grain_num
      • group_num
      • group
      • lattice
      • limit
      • mass
      • minimize
      • modify_num
      • modify
      • neighbor
      • potential
      • refine
      • restart
      • run
      • simulator
      • subdomain
      • temperature
      • unit_num
      • unit_type
      • zigzag
      • Introduction
      • OVITO
      • ParaView
      • Data analyzer
      • Contents
      • Stationary dislocations
      • Dislocation migration across the atomistic/coarse-grained domain interface
      • Screw dislocation cross-slip
      • Dislocation multiplication from a Frank-Read source
      • Dislocation/obstacle interactions
      • Dislocation/stacking fault interactions
      • Dislocaton/coherent twin boundary interaction
      • Introduction
      • Element vs. node
      • Lattice periodicity length
      • Processor rank
      • Shared elements
      • EAM potential
      • Introduction
      • atom and atomap
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    Example problems

    The PyCAC distribution includes an examples sub-directory with some sample problems:

    • Stationary dislocations
    • Dislocation migration
    • Screw dislocation cross-slip
    • Dislocation multiplication
    • Dislocation/obstacle interactions
    • Dislocation/stacking fault interactions
    • Dislocation/coherent twin boundary interactions
    Previous Data analyzer
    Next Stationary dislocations
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