Physical Review Letters · 1998 · 87 citations · 16 references
Natural SciencesMathematicsGeometryThin FilmsTopologyPlastic DeformationSingularity AnalysisSurface MorphologyViscoplastic BehaviorCurvatureSingularity FormationSingularity TheoryThickness Dependence
In this paper we investigate developable cones ( $d$-cones) topology. From profilometer measurements, we found that for a sample of a finite thickness the singularity is never pointlike but has a form of a crescent. Measurements of the sheet local curvature revealed that the $d$-cone tip is rejected by a distance which characterizes the singularity size. High deformations of the $d$-cone lead to a plastic regime equivalent to a decrease in the singularity size characterized from curvature and profile analysis.
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Three-dimensional Einstein gravity: Dynamics of flat space
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