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Neural network-based ductile fracture model for 5182-O aluminum alloy considering electroplastic effect in electrically-assisted processing

Hongchun Shang, Songchen Wang, Liucheng Zhou, Yanshan Lou

2023Engineering Fracture Mechanics21 citationsDOI

Topics & Concepts

Materials scienceFlow stressComposite materialStrain ratePlasticityHardening (computing)Isothermal processConstitutive equationTensile testingFracture (geology)Strain hardening exponentUltimate tensile strengthMetallurgyStructural engineeringFinite element methodThermodynamicsLayer (electronics)PhysicsEngineeringElectromagnetic Effects on MaterialsMicrostructure and mechanical propertiesMetal Forming Simulation Techniques
Neural network-based ductile fracture model for 5182-O aluminum alloy considering electroplastic effect in electrically-assisted processing | Litcius