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Hygro-elasto-plastic model for planar orthotropic material

2015

An in-plane elasto-plastic material model and a hygroexpansivity-shrinkage model for paper and board are introduced in this paper. The input parameters for both models are fiber orientation anisotropy and dry solids content. These two models, based on experimental results, could be used in an analytical approach to estimate, for example, plastic strain and shrinkage in simple one-dimensional cases, but for studies of the combined and more complicated effects of hygro-elasto-plastic behavior, a numerical finite element model was constructed. The finite element approach also offered possibilities for studying different structural variations of an orthotropic sheet as well as buckling behavior…

PaperMaterials scienceDry solids contentPlasticityOrthotropic materialPlanarMaterials Science(all)Modelling and SimulationElasto-plasticityGeneral Materials ScienceComposite materialAnisotropyta216ShrinkageShrinkageTension (physics)BucklingMechanical EngineeringApplied Mathematicsta111paperikutistuminenCondensed Matter PhysicsFinite element methodHygroexpansivityBucklingMechanics of MaterialsModeling and SimulationAnisotropyInternational Journal of Solids and Structures
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