JSME International Journal Series C · 2002 · 90 citations · 2 references
Membrane StructureCylindrical ShellsEngineeringMechanical EngineeringOrigami MetamaterialsFoldable StructureSoft MatterMolding (Process)Mechanics ModelingSoft RoboticsMechanicsFlat MembranesShell StructureBiophysicsMedicineSurface TensionDesignSolid MechanicsDeployable StructureMaterial Mechanics3D PrintingIndustrial DesignPattern FormationMembrane FormationFlexible ElectronicsThin Flat SheetsMechanics Of MaterialsFolding Patterns
This paper describes folding methods of thin flat sheets as well as cylindrical shells by modelling folding patterns through Japanese traditional Origami technique. New folding patterns have been devised in thin flat squared or circular membrane by modifying so called Miura-Ori in Japan (one node with 4 folding lines). Some folding patterns in cylindrical shells have newly been developed including spiral configurations. Devised foldable cylindrical shells were made by using polymer sheets, and it has been assured that they can be folded quite well. The devised models will make it possible to construct foldable/deployable space structures as well as to manufacture foldable industrial products and living goods, e. g., bottles for soft drinks.
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