Verification of the Tanaka non-proportional isotropic cyclic hardening model under asynchronous loading

Influence of Pre-Strain on Static and Fatigue Properties of S420M Steel

“…Material properties are influenced by many factors related to loading, such as internal pressure, type of loading, environment, and temperature [ 2 , 3 , 4 , 5 , 6 , 7 ]. Of these, the pre-load (assembly load for example) is very important.…”

Viscoplastic constitutive model considering strain rate sensitivity under multiaxial thermomechanical fatigue loading

“…Then, a linear term was introduced into the exponential rule to describe the stable cyclic softening after the initial rapid cyclic softening under elevated temperature cyclic loading. 38,39 Recently, Skibicki et al 40 incorporated the Tanaka parameter into the isotropic hardening rule of the Chaboche model to consider the increased stress response caused by nonproportional hardening, which greatly reduced the relative errors for two nonalloyed steel grades under nonproportional axial-torsional cyclic loading. Arora et al 41 proposed a modification that includes a function of nonproportionality parameter in the kinematic hardening rule after combining Chaboche model, Tanaka parameter, and Meggiolaro method, and better prediction effect was produced for 90 nonproportional axialtorsional test.…”

Characterizing the mechanical deformation response of AHSS steels: A comparative study of cyclic plasticity models under monotonic and reversal loading

“…Joo and Huh (2017) and Joo and Huh (2018) developed rate-dependent isotropic-kinematic hardening models based on Zang's isotropic-kinematic model (Zang et al, 2011) to accurately describe the hardening behavior of TWIP980 and TRIP980 steels at high strain rates. Skibicki et al (2022) coupled Tanaka and Chaboche hardening models to extend the usage of the Chaboche model under asynchronous loading for E235 and E335 steels. They concluded that the proposed model can be implemented for fatigue applications.…”