Interrelation between the Instability and Mesoscopic Inhomogeneity of Plastic Deformation: V. The Effective Coefficient of Mesoscopic Concentration of Stresses upon Discontinuous Yielding and the Relaxation Nature of Plastic Deformation

M. M. Krishtal

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Interrelation between the Instability and Mesoscopic Inhomogeneity of Plastic Deformation: V. The Effective Coefficient of Mesoscopic Concentration of Stresses upon Discontinuous Yielding and the Relaxation Nature of Plastic Deformation

机译：塑性变形的不稳定性和介观的不均匀性之间的相互关系：V.不连续屈服应力的介观集中的有效系数和塑性变形的松弛性质

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Based on our previously suggested model of instability of plastic deformation [1, 2] under conditions of discontinuous yielding, we numerically determined the dependences of the effective coefficient of stress concentration (which characterizes the mesostructural inhomogeneity) on the rate of tension and degree of deformation. These dependences clearly demonstrate the relaxation nature of plastic deformation.

机译：基于我们先前提出的在不连续屈服条件下塑性变形的不稳定性模型[1，2]，我们通过数值确定了有效应力集中系数（表征介观的非均匀结构）对拉伸速率和变形程度的依赖性。。这些依赖性清楚地表明了塑性变形的松弛性质。

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《The Physics of Metals and Metallography》 |2005年第5期|共4页
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M. M. Krishtal;
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中图分类金属学与热处理;
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入库时间 2022-08-18 18:56:30

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1. Interrelation between the Instability and Mesoscopic Inhomogeneity of Plastic Deformation: V. The Effective Coefficient of Mesoscopic Concentration of Stresses upon Discontinuous Yielding and the Relaxation Nature of Plastic Deformation [J] . M. M. Krishtal The Physics of Metals and Metallography . 2005,第5期

机译：塑性变形的不稳定性和介观的不均匀性之间的相互关系：V.不连续屈服应力的介观集中的有效系数和塑性变形的松弛性质
2. Interrelation between the Instability and Mesoscopic Inhomogeneity of Plastic Deformation: III. Simulation and Analysis of Discontinuous Flow with Allowance for Its Dependence on the Degree of Deformation and Rate of Tension [J] . M. M. Krishtal The Physics of Metals and Metallography . 2005,第3期

机译：塑性变形的不稳定性和介观不均匀性之间的相互关系：III。考虑变形程度和张力的不连续流动的仿真分析
3. Interrelation between the Instability and Mesoscopic Nonuniformity of Plastic Deformation: IV. Simulation and Analysis of the Size Effect on the Discontinuous Flow [J] . M. M. Krishtal The Physics of Metals and Metallography . 2005,第4期

机译：塑性变形的不稳定性和介观不均匀性之间的相互关系：IV。大小对非连续流影响的模拟与分析
4. Simulation of Self-organization of Mesoscopic Plastic Deformation of Polycrystals [C] . Yevgeny Ye. Deryugin International Conference on Physical Mesomechanics of Multilevel Systems . 2014

机译：多晶间介性塑性变形的自组织模拟
5. The effect of mesoscopic spatial heterogeneity on the plastic deformation of Al-Cu alloys. [D] . Conlon, Kelly Timothy. 1998

机译：介观空间异质性对Al-Cu合金塑性变形的影响。
6. Transient Network at Large Deformations: Elastic–Plastic Transition and Necking Instability [O] . Fanlong Meng, Eugene M. Terentjev 2010

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7. Mesoscopic simulations of plastic deformation [O] . B. Devincre, L. P. Kubin, C. Lemarch, 2001

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8. Influence of Various Stresses on Diametral and Axial Plastic Deformations of the Phenix Reactor Fuel Cans [R] . Guerin, Y., Boutard, J. L. 1983

机译：不同应力对phenix反应堆燃料罐径向和轴向塑性变形的影响

Interrelation between the Instability and Mesoscopic Inhomogeneity of Plastic Deformation: V. The Effective Coefficient of Mesoscopic Concentration of Stresses upon Discontinuous Yielding and the Relaxation Nature of Plastic Deformation

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