THE INFLUENCE OF THE TEMPERATURE AND DEFORMATION FORCE UPON THE PSEUDOELASTIC COMPONENT OF THE DEFORMATION OF Ni-Ti ALLOYS HAVING AN 'ABNORMAL' PLASTICITY

V. D. Cojocaru

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THE INFLUENCE OF THE TEMPERATURE AND DEFORMATION FORCE UPON THE PSEUDOELASTIC COMPONENT OF THE DEFORMATION OF Ni-Ti ALLOYS HAVING AN 'ABNORMAL' PLASTICITY

机译：温度和变形力对具有“异常”可塑性的Ni-Ti合金变形伪弹性分量的影响

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摘要

In view to point out the pseudoelasticdeformation behavior of Ni-Ti superalloys, theinformation in technical literature had been used,mainly those concerning their abnormal plasticity.The pseudoelastic component of deformation may beinfluenced by temperature and by deformation force.

机译：考虑到指出Ni-Ti高温合金的伪弹性行为，使用了技术文献中的信息，主要是关于其异常可塑性的。变形的假弹性分量可能由温度和变形力归因于温度。

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《Metalurgia》 |2000年第3期|共5页
作者
V. D. Cojocaru;
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Laboratoire de Physico - &

Toxico-Chimie (LPTC) des Systems Naturels UMR 5472 CNRS Universite de Bordeaux I 351 cours de la Liberation 33405 Talence Cededx France.;

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正文语种 romanian
中图分类冶金工业;
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1. THE INFLUENCE OF THE TEMPERATURE AND DEFORMATION FORCE UPON THE PSEUDOELASTIC COMPONENT OF THE DEFORMATION OF Ni-Ti ALLOYS HAVING AN "ABNORMAL" PLASTICITY [J] . V. D. Cojocaru Metalurgia . 2000,第3期

机译：温度和变形力对具有“反常”塑性的Ni-Ti合金变形的伪弹性成分的影响
2. THE INFLUENCE OF THE TEMPERATURE AND DEFORMATION FORCE UPON THE PSEUDOELASTIC COMPONENT OF THE DEFORMATION OF Ni-Ti ALLOYS HAVING AN "ABNORMAL" PLASTICITY [J] . V. D. Cojocaru Metalurgia . 2000,第3期

机译：温度和变形力对具有“异常”可塑性的Ni-Ti合金变形伪弹性分量的影响
3. The influence of temperature, of indentation force and of sample thickness on the pseudoelastic component of deformation in the case of an Ni-Ti alloy having an "abnormal" plasticity [J] . V.D.Cojocaru, I.Cinca Metalurgia . 2000,第2期

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4. Influence of Strain Rate and Temperature on the Compressive Deformation of a Eutectic Al-Si Alloy Based Composite Reinforced with -Si_3N_4 Whisker [C] . A.H. Feng, L. Geng, S.J. Qu Pacific Rim International Conference on Advanced Materials and Processing . 2005

机译：应变速率和温度对-SI_3N_4晶须增强共晶Al-Si合金基复合材料压缩变形的影响
5. Deformation and fracture in aluminum oxide particle-reinforced aluminum alloy 2014 at elevated temperatures. [D] . Zhao, Dan. 1991

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6. Cold Rolling Deformation Characteristic of a Biomedical Beta Type Ti–25Nb–3Zr–2Sn–3Mo Alloy Plate and Its Influence on α Precipitated Phases and Room Temperature Mechanical Properties During Aging Treatment [O] . Jun Cheng, Jinshan Li, Sen Yu, 2020

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8. High temperature deformation of dispersion strengthened nickel alloys. 1 - The influence of initial structure on tensile and creep deformation of TD nickel. 2 - The effect of matrix stacking fault energy on creep of Ni-Cr-ThO2 alloys Final report, 9 Feb. 1967 - 9 Feb. 1968 [R] . Clauer, A. H., Wilcox, B. A. 1968

机译：分散强化镍合金的高温变形。 1 - 初始结构对TD镍拉伸和蠕变变形的影响。 2 - 基体堆垛层错能量对Ni-Cr-ThO2合金蠕变的影响最终报告，1967年2月9日 - 1968年2月9日

THE INFLUENCE OF THE TEMPERATURE AND DEFORMATION FORCE UPON THE PSEUDOELASTIC COMPONENT OF THE DEFORMATION OF Ni-Ti ALLOYS HAVING AN 'ABNORMAL' PLASTICITY

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