Correlated spatial distributions of active force dipoles produce partial network collapse, distribution-dependent stability crossovers, and lower irreversibility thresholds due to irreversible crease formation in Langevin simulations of triangular bead-spring networks.
Re- dundancy and cooperativity in the mechanics of com- positely crosslinked filamentous networks.PLoS ONE, 7(5):e35939, 2012
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Spatial patterning of force centers controls folding pathways of active elastic networks
Correlated spatial distributions of active force dipoles produce partial network collapse, distribution-dependent stability crossovers, and lower irreversibility thresholds due to irreversible crease formation in Langevin simulations of triangular bead-spring networks.