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INTRODUCTION TO Abaqus 6.13
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Particle methods:
– Discrete element method
– SPH analysis in parallel
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Electromagnetic analysis:
– Co-simulation
– Permanent magnetization
– EMC3D6 prism element
– Nonlinear magnetic permeability in Abaqus/CAE
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Fluid analysis:
– Steady-state analysis
– SST k– turbulence model
– Hybrid wall functions
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Heat transfer:
– Thermal matrix output
– Uncoupled heat transfer in Abaqus/CFD
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Crack modeling and propagation:
– XFEM enhancements
– Abaqus/CAE support for VCCT in Abaqus/Standard models
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Contact enhancements:
– Contact modeling for beams and shells
– Convergence behavior for Abaqus/Standard
– Contact calculations for thick shells/beams
– Friction coefficient dependencies
– User-defined tracking thickness
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Linear dynamics:
– Composite modal damping
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Materials:
– Enhanced diagnostics for nearly incompressible materials
– Parallel rheological framework
– User-defined EOS
– Tabulated EOS in Abaqus/CAE
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