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A dislocation density-based CPFE model with backstress for strain-path reversals

Talukder Musfika Tasnim Oishi, Toshihiko Kuwabara, Marko Knežević

2025International Journal of Mechanical Sciences7 citationsDOI

Topics & Concepts

Bauschinger effectMaterials scienceHardening (computing)PlasticityDislocationStress pathCrystal plasticityStrain hardening exponentPhenomenological modelSlip (aerodynamics)MechanicsFinite element methodSheet metalNonlinear systemStructural engineeringStrain rateStrain partitioningDeformation (meteorology)ViscoplasticitySingle crystalSuperposition principleComposite materialCrystal (programming language)MetallurgyLattice (music)Forming processesHysteresisWork hardeningContinuum mechanicsCondensed matter physicsHydrogen embrittlement and corrosion behaviors in metalsFatigue and fracture mechanicsNumerical methods in engineering
A dislocation density-based CPFE model with backstress for strain-path reversals | Litcius