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A constitutive model of cyclic plasticity for nonlinear hardening materials.

机译：非线性硬化材料循环可塑性构成模型。

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Nobutada OHNO; Yoshifumi KACHI; Sumio MURAKAMI;
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年度 1985
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专利

1. 2 MATERIAL MODELS FOR CYCLIC PLASTICITY - NONLINEAR KINEMATIC HARDENING AND GENERALIZED PLASTICITY [J] . Auricchio F., Taylor RL. International Journal of Plasticity . 1995,第1期

机译：2循环塑性的材料模型-非线性运动硬化和广义塑性
2. Numerical integration of a pressure-dependent, non-linear kinematic hardening constitutive model for large strain cyclic plasticity of metals [J] . Panteghini A., Genna F. International Journal for Numerical Methods in Engineering . 2012,第8期

机译：金属的大应变循环可塑性的压力依赖型非线性运动硬化本构模型的数值积分
3. Cyclic Elastoviscoplastic Constitutive Model for Clay Considering Nonlinear Kinematic Hardening Rules and Structural Degradation [J] . Kimoto Sayuri, Khan Babak Shahbodagh, Mirjalili Mojtaba, International journal of geomechanics . 2015,第5期

机译：考虑非线性运动硬化规律和结构退化的黏土循环弹黏塑性本构模型
4. An ABAQUS-Compatible User Subroutine UMAT Based On Two-Surface Constitutive Model For Cyclic Plasticity of Nonlinear Hardening Stainless Steels [C] . Yong Zhao, Prabhat Krishnaswamy, David L. Rudland ASME/JSME joint pressure vessels and piping conference . 1998

机译：基于两面本构模型的ABAQUS兼容用户子程序UMAT，用于非线性硬化不锈钢的循环塑性
5. Unified constitutive modeling for proportional and nonproportional cyclic plasticity responses. [D] . Krishna, Shree. 2009

机译：比例和非比例循环塑性响应的统一本构模型。
6. Data related to dislocation density-based constitutive modeling of the tensile behavior of lath martensitic press hardening steel [O] . Kyoung-Rae Jo, Eun-Jung Seo, Dimas Hand Sulistiyo, 2017

机译：基于位错密度的板条马氏体冲压硬化钢拉伸行为的本构模型数据
7. A Constitutive Equation of Cyclic Plasticity Based on Non-Hardening Strain Region [O] . Nobutada OHNO 1982

机译：基于非硬化应变区的循环可塑性结构方程
8. Constitutive Modelling of Joints under Cyclic Loading. Part 2. Further Development of Hierarchical Plasticity Model for Joints [R] . Boyle, J. P., Holmes, R. M. 1988

机译：循环荷载作用下节点的本构模型。第2部分：关节层次塑性模型的进一步发展

A constitutive model of cyclic plasticity for nonlinear hardening materials.

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