Publication | Closed Access
Experimental Demonstration of the Role of Anisotropy in Interfacial Pattern Formation
418
Citations
23
References
1985
Year
EngineeringSoft MatterTip BifurcationsExperimental DemonstrationLocal Growth ModelsAnisotropic MaterialInterfacial ProcessPhysicsMultiscale ModelingComplex DynamicPhotoelasticityPattern FormationNatural SciencesApplied PhysicsInterfacial Pattern FormationModified Hele-shaw ExperimentsCritical PhenomenonMechanics Of MaterialsInterface Phenomenon
We impose anisotropy in modified Hele-Shaw experiments by engraving a grid on one of the plates. Without anisotropy, the dynamics is dominated by tip bifurcations leading to a branched ramified structure. With anisotropy, a dendritic pattern forms, in qualitative agreement with the prediction of recent studies of local growth models.
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