Discrete-continuum modeling of metal matrix composites plasticity
IUTAM Symposium on Mesoscopic Dynamics of Fracture Process and Materials …, 2004•Springer
A computing methodology is reported for modeling the plastic deformation of Metal Matrix
Composites. Use is made of a discrete-continuum model based on a coupling between
Dislocation Dynamics and Finite Element simulations, which provides a parameter-free
quantitative description of the mechanical properties. The model and the first simulation
results on MMCs are presented and briefly discussed.
Composites. Use is made of a discrete-continuum model based on a coupling between
Dislocation Dynamics and Finite Element simulations, which provides a parameter-free
quantitative description of the mechanical properties. The model and the first simulation
results on MMCs are presented and briefly discussed.
Abstract
A computing methodology is reported for modeling the plastic deformation of Metal Matrix Composites. Use is made of a discrete-continuum model based on a coupling between Dislocation Dynamics and Finite Element simulations, which provides a parameter-free quantitative description of the mechanical properties. The model and the first simulation results on MMCs are presented and briefly discussed.
Springer
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