SRM generates statistically representative periodic microstructures with up to 10^7 particles at near-linear cost and produces both equilibrium-like and strongly non-equilibrium arrangements, including platelet networks.
Generation of Artificial 2 -D Fiber Reinforced Composite Microstructures with Statistically Equivalent Features Composites Part A: Applied Science and Manufacturing 164 2023: p
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Simulations using a Swelling & Random Migration algorithm and finite element homogenization show clustered fiber distributions increase transverse stiffness by up to 20% but reduce tensile strength compared to equilibrium distributions, with mean nearest neighbor distance linearly predicting both pr
citing papers explorer
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Efficient generation of large-scale non-equilibrium distributions of particles
SRM generates statistically representative periodic microstructures with up to 10^7 particles at near-linear cost and produces both equilibrium-like and strongly non-equilibrium arrangements, including platelet networks.
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Modelling the effect of fiber distribution on the transverse mechanical characteristics of unidirectionally reinforced continuous-fiber composite
Simulations using a Swelling & Random Migration algorithm and finite element homogenization show clustered fiber distributions increase transverse stiffness by up to 20% but reduce tensile strength compared to equilibrium distributions, with mean nearest neighbor distance linearly predicting both pr