Energetic material detonations and related structural material deformation behaviour under high strain rate loading

Armstrong Ron; Knott John

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Energetic material detonations and related structural material deformation behaviour under high strain rate loading

机译：高应变率载荷下高能材料爆轰及相关结构材料的变形行为

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《Materials Science and Technology》 |2006年第4期|p.379-380|共2页
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Armstrong Ron; Knott John;
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1. Energetic material detonations and related structural material deformation behaviour under high strain rate loading [J] . Materials Science and Technology: MST: A publication of the Institute of Metals . 2006,第4期

机译：高应变率载荷下高能材料爆轰及相关结构材料的变形行为
2. Microstructure Evolution and Compressive Properties of Multilayered Al/Ni Energetic Structural Materials under Different Strain Rates [J] . Journal of Materials Engineering and Performance . 2020,第1期

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3. Study on Simulation of Cyclic Plastic Behavior of Ship Structural Pollycrystalline Metallic Materials under Cyclic-Loading Conditions (6th Report) -Calculation of Cyclic Slip Deformation Behaviour based on the Micromechanical Dislocation Model- [J] . Yasumitsu Tomita, Kiyoshi Hashimoto, Naoki Osawa 関西造船協会誌 . 2000,第233期

机译：循环载荷条件下船用结构多晶金属材料循环塑性行为模拟研究（第六次报告）-基于微机械位错模型的循环滑动变形行为计算
4. Strain Path Change Effect on Deformation Behaviour of Materials with Low-to-Moderate Stacking Fault Energy [C] . N.A. Sakharova, M.M. Vieira, J.V. Fernandes, Advanced Materials Forum IV . 2008

机译：应变路径变化对中低层错能的材料变形行为的影响
5. Properties of heterogeneous energetic materials under high strain, high strain rate deformation. [D] . Cai, Jing. 2007

机译：高应变，高应变率变形下非均质含能材料的特性。
6. Material and Structural Modeling Aspects of Brain Tissue Deformation under Dynamic Loads [O] . Monika Ratajczak, Mariusz Ptak, Leszek Chybowski, 2019

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7. Influence of Prestraining and Deformation Rate on Viscoplasticity and Strain Ageing of Metal Materials. Stress-Controlled Loading and Creep of SCM435 Steel under Uniaxial Loading. [O] . Takanobu OYAMADA, Kenji KANEKO 1996

机译：抗变形率对金属材料粘盖性和菌株老化的影响。单轴载荷下SCM435钢的应力控制载荷和蠕变。

Energetic material detonations and related structural material deformation behaviour under high strain rate loading

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