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Meso-scale computational investigation of polyurea microstructure and its role in shockwave attenuation/dispersion

机译：聚脲微观结构的中尺度计算研究及其在冲击波衰减/色散中的作用

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Mica Grujicic; Jennifer Snipes; S. Ramaswami;
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1. Meso-scale Computational Investigation of Shock-Wave Attenuation by Trailing Release Wave in Different Grades of Polyurea [J] . Mica Grujicic, J. S. Snipes, S. Ramaswami, Journal of Materials Engineering and Performance . 2014,第1期

机译：不同等级聚脲中尾随释放波对冲击波衰减的中尺度计算研究
2. All-atom molecular-level computational simulations of planar longitudinal Shockwave interactions with polyurea, soda-lime glass and polyurea/glass interfaces [J] . Mica Grujicic, Ramin Yavari, Jennifer Snipes, Multidiscipline modeling in materials and structures . 2014,第4期

机译：平面纵向冲击波与聚脲，钠钙玻璃和聚脲/玻璃界面相互作用的全原子分子水平计算模拟
3. The Shockwave dispersion/ attenuation potential of a protective structure made of a chemically reactive mixture:A continuum-level analysis [J] . Mica Grujicic, S. Ramaswami, Jennifer Snipes International journal of structural integrity . 2017,第2期

机译：化学反应性混合物制成的防护结构的冲击波色散/衰减电位：连续水平分析
4. Experimental investigation of the acoustic attenuation by monolithic polyurea aerogels [C] . Cameron Fackler, Ning Xiang, Gitogo Churu, Korean Society of Noise & Vibration Control;Institute of Noise Control Engineering;International congress and exposition on noise control engineering;ASME Noise Control & Acoustics Division . 2015

机译：整体式聚脲气凝胶对声衰减的实验研究
5. The influence of landscape structure on the fine-scale movement behavior and meso-scale dispersion of two species of calopterygid damselfly [D] . Jonsen, Ian David 1998

机译：景观结构对两种鳞翅目蜻蜓小尺度运动行为和中尺度分散的影响
6. Experimental and Computational Evidence for Double PancakeBonds: The Role of Dispersion-Corrected DFT Methods in StronglyDimerized 5-Aryl-1λ23λ2-dithia-246-triazines [O] . René T. Boeré, * 2018

机译：双煎饼的实验和计算证据键：色散校正DFT方法在强力作用中的作用二聚5-芳基-1λ23λ2-二硫-246-三嗪
7. Multi-Scale Computation-Based Design of Nano-Segregated Polyurea for Maximum Shockwave-Mitigation Performance [O] . Mica Grujicic, S. Ramaswami, J. S. Snipes, 2014

机译：基于多尺度计算的纳米分离聚脲最大冲击波减缓性能设计
8. Meso-scale Computational Investigation of Polyurea Microstructure and Its Role in Shockwave Attenuation/dispersion. [R] . Grujicic, M., Snipes, J., Ramaswami, S. 2015

机译：聚脲微观结构的中尺度计算研究及其在冲击波衰减/扩散中的作用。

Meso-scale computational investigation of polyurea microstructure and its role in shockwave attenuation/dispersion

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