A length-weighted, boundary-conditioned betweenness centrality predicts which struts carry the most stress in 2D lattices better than standard centrality.
Emergence of preferred subnetwork for correlated transport in spatial networks: On the ubiquity of force chains in dense disordered granular materials
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Graph-Theoretical Description and Continuity Problems for Stress Propagation Through Complex Strut Lattices
A length-weighted, boundary-conditioned betweenness centrality predicts which struts carry the most stress in 2D lattices better than standard centrality.