Solutions are obtained for annular disks and tubes made of a linearly strain-hardened material, loaded by a uniform tensile load on the outer boundary. The strain-hardening is assumed to follow a kinematic hardening flow law. In addition, a second solution for tubes which accounts for finite deformation is determined. Some numerical comparisons are made with existing isotropic hardening solutions.
Issue Section:Research Papers
Topics:Disks, Work hardening, Hardening, Deformation, Flow (Dynamics), Kinematics, Stress
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