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In this paper, a unified viscoplastic model was utilised to numerically simulate cyclic hardening of a nimonic alloy 75 under multiaxial non-proportional cyclic straining at elevated temperature. Description of the constitutive model and interpretation of material parameter were also presented. Constitutive simulations for the circular and square cycling strain paths in the axial-torsional plane have been verified by the test results, and the possibility of this model extension was also discussed.

Study on the creep and fatigue interaction of a Nimonic Alloy 75 under multiaxial nonproportional loading