Theoretical Hugoniot Stress‐Temperature‐Strain States for Aluminum and Copper

Foltz J. V.; Grace F. I.

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Theoretical Hugoniot Stress‐Temperature‐Strain States for Aluminum and Copper

机译：铝和铜的理论Hugoniot应力-温度-应变状态

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A finite strain deformation formalism developed in the literature can be used to calculate Hugoniot states for isotropic materials. In the present paper, terms in the free‐energy function are retained to third order, enabling temperature‐stress‐strain relations to be determined for uniaxial shock loading for stresses up to 150 kbar in metals. Coefficients of these terms are expressed as functions of the elastic constants of the material. The theoretical Hugoniot stress‐strain curve for copper and aluminum agrees satisfactorily with experiment when the elastic constants are sufficiently accurate.

机译：文献中提出的有限应变变形形式主义可用于计算各向同性材料的Hugoniot态。在本文中，自由能函数中的项保留为三阶，从而可以确定金属中应力高达150 kbar的单轴冲击载荷的温度-应力-应变关系。这些项的系数表示为材料弹性常数的函数。当弹性常数足够精确时，铜和铝的理论Hugoniot应力-应变曲线与实验令人满意。

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来源
《Journal of Applied Physics》 |1969年第10期|共5页
作者
Foltz J. V.; Grace F. I.;
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U.S. Naval Weapons Laboratory, Dahlgren, Virginia 22448;

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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);美国《生物学医学文摘》(MEDLINE);
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正文语种 eng
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1. Relation of the ’’solid Hugoniot’’ to the ’’fluid Hugoniot’’ for aluminum and coppera) [J] . Journal of Applied Physics . 1980,第2期

机译：铝和铜的“固体Hugoniot”与“流体Hugoniot”的关系）
2. EFFECT OF DEFORMATION TEMPERATURE, STRAIN RATE AND STRAIN ON THE STRAIN HARDENING EXPONENT OF COPPER/ALUMINUM LAMINATED COMPOSITES [J] . Liu Shuaiyang, Wang Aiqin, Xie Jingpei Advanced Composites Letters . 2018,第4期

机译：变形温度，应变率和应变对铜/铝层压复合材料应变硬化指数的影响
3. EFFECT OF DEFORMATION TEMPERATURE, STRAIN RATE AND STRAIN ON THE STRAIN HARDENING EXPONENT OF COPPER/ALUMINUM LAMINATED COMPOSITES [J] . Liu Shuaiyang, Wang Aiqin, Xie Jingpei Advanced Composites Letters . 2018,第4期

机译：变形温度，应变率和应变对铜/铝层压复合材料应变硬化指数的影响
4. HUGONIOT ELASTIC LIMIT AND SPALL STRENGTH OF ALUMINUM AND COPPER SINGLE CRYSTALS OVER A WIDE RANGE OF STRAIN RATES AND TEMPERATURES [C] . S.V. Razorenov, G.I. Kanel, K. Baumung, Shock Compression of Condensed Matter―2001 . 2002

机译：应变率和温度的宽范围内铝和铜单晶的Hugoniot弹性极限和断裂强度
5. STRAIN RATE AND TEMPERATURE EFFECTS DURING DYNAMIC DEFORMATION OF POLYCRYSTALLINE AND MONOCRYSTALLINE HIGH PURITY ALUMINUM INCLUDING TEM STUDIES (PLASTICITY, MICROSTRUCTURE, STRAIN RATE, TEMPERATURE EFFECTS, HISTORY). [D] . MORRONE, AUGUSTO ALESSIO. 1986

机译：多晶态和单晶态高纯铝动态变形过程中的应变率和温度效应，包括TEM研究（塑性，微观结构，应变率，温度效应，历史）。
6. Stress-strain data for aluminum 6061-T651 from 9 lots at 6 temperatures under uniaxial and plane strain tension [O] . B.S. Aakash, JohnPatrick Connors, Michael D. Shields 2019

机译：单轴和平面应变拉力下6个温度下来自9个批次的铝6061-T651的应力应变数据
7. Effect of Deformation Temperature, Strain Rate and Strain on the Strain Hardening Exponent of Copper/Aluminum Laminated Composites [O] . Shuaiyang Liu, Aiqin Wang, Jingpei Xie 2018

机译：变形温度，应变率和应变对铜/铝层压复合材料应变硬化指数的影响

Theoretical Hugoniot Stress‐Temperature‐Strain States for Aluminum and Copper

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