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dc.contributor.authorArtioli, E.
dc.contributor.authorCastellazzi, G.
dc.contributor.authorKrysl, P.
dc.date.accessioned2020-04-01T14:54:36Z
dc.date.available2020-04-01T14:54:36Z
dc.date.issued2013
dc.identifier.isbn978-84-941531-5-0
dc.identifier.urihttp://hdl.handle.net/2117/182764
dc.description.abstractIn this work a linear hexahedral element based on an assumed-strain finite element technique is presented for the solution of plasticity problems. The element stems from the NICE formulation and its extensions. Assumed gradient operators are derived via nodal integration from the kinematic-weighted residual; the degrees of freedom are only the displacements at the nodes. The adopted constitutive model is the classical associative von-Mises plasticity model with isotropic and kinematic hardening; in particular a double- step midpoint integration algorithm is adopted for the integration and solution of the relevant nonlinear evolution equations. Efficiency of the proposed method is assessed through simple benchmark problem and comparison with reference solutions.
dc.format.extent11 p.
dc.language.isoeng
dc.publisherCIMNE
dc.rightsOpen Access
dc.subjectÀrees temàtiques de la UPC::Matemàtiques i estadística::Anàlisi numèrica::Mètodes en elements finits
dc.subject.lcshFinite element method
dc.subject.lcshPlasticity -- Mathematical models
dc.subject.lcshPlasticity
dc.subject.otherAssumed-strain gradient, NICE formulation, nodal integration, von-Mises plasticity, midpoint integration algorithm
dc.titleAssumed-strain finite element technique for accurate modelling of plasticity problems
dc.typeConference report
dc.subject.lemacElements finits, Mètode dels
dc.subject.lemacPlasticitat -- Models matemàtics
dc.subject.lemacPlasticitat
dc.rights.accessOpen Access
local.citation.contributorCOMPLAS XII
local.citation.publicationNameCOMPLAS XII : proceedings of the XII International Conference on Computational Plasticity : fundamentals and applications
local.citation.startingPage653
local.citation.endingPage663


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