OBSERVATION OF HIGH-SPEED FRACTURE PHENOMENA OF GLASS CONTAINERS BY USING UNDERWATER SHOCKWAVE

Shinjiro Kawabe; Hidetoshi Sakamoto; Yoshifumi Ohbuchi; Shigeru Itoh

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OBSERVATION OF HIGH-SPEED FRACTURE PHENOMENA OF GLASS CONTAINERS BY USING UNDERWATER SHOCKWAVE

机译：用水下冲击波观察玻璃容器的高速断裂现象

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摘要

The glass containers crashing process for recycling by using underwater Shockwave was observed and the new cullet generation technique by explosive energy was proposed. In this study, the highspeed fracture behaviors of glass containers were visualized by using the high-speed photography and FEM simulation.

机译：观察了水下冲击波对玻璃容器的撞击回收过程，并提出了利用爆炸能量产生碎玻璃的新技术。在这项研究中，通过使用高速摄影和有限元模拟来可视化玻璃容器的高速断裂行为。

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来源
《Materials Science Forum》 |2011年第2011期|p.53-58|共6页
作者
Shinjiro Kawabe; Hidetoshi Sakamoto; Yoshifumi Ohbuchi; Shigeru Itoh;
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作者单位

Kumamoto Prefectural College of Technology, Kumamoto, Japan;

Graduate School of Science and Technology, Kumamoto University, Kumamoto, Japan;

Graduate School of Science and Technology, Kumamoto University, Kumamoto, Japan;

Shockwave and Condensed Matter Research Center, Kumamoto University,Kumamoto, Japan;

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正文语种 eng
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关键词
glass-cullet; underwater shockwave; high-speed fracture; recycle;

机译：碎玻璃水下冲击波高速断裂回收;

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专利

1. 'Glass Cullet' Generation Technique by Underwater Shockwave for Recycling System of Glass Bottles [J] . Sinjirou Kawabe, Hidetoshi Sakamoto, Kazuo Satoh, Key Engineering Materials . 2007,第Pt4期

机译：水下冲击波产生的“玻璃碎屑”技术在玻璃瓶回收系统中的应用
2. New Technique for 'Cullet' Generation of Glass Bottles by Using Underwater Shockwave [J] . H.Sakamoto, S.Kawabe, K.Satoh, Key Engineering Materials . 2006,第Pt2期

机译：利用水下冲击波产生“碎玻璃”玻璃瓶的新技术
3. Observation and analysis of interactive phenomena between microbubbles and underwater shock wave [J] . A. Abe, J. Wang, M. Shioda, Journal of visualization . 2015,第3期

机译：气泡与水下冲击波相互作用现象的观察与分析
4. OBSERVATION OF HIGH-SPEED FRACTURE PHENOMENA OF GLASS CONTAINERS BY USING UNDERWATER SHOCKWAVE [C] . Shinjiro Kawabe, Hidetoshi Sakamoto, Yoshifumi Ohbuchi, . 2010

机译：用水下冲击波观察玻璃容器的高速断裂现象
5. Observation, characterization and modeling of fracture initiation phenomena [D] . Jasarevic, Haris 2009

机译：裂缝萌生现象的观察，表征和建模
6. In situ observation of fracture processes in high-strength concretes and limestone using high-speed X-ray phase-contrast imaging [O] . Niranjan D. Parab, Zherui Guo, Matthew Hudspeth, -1

机译：高速X射线相衬成像法原位观察高强混凝土和石灰石的断裂过程。
7. High-speed fracture behaviour of glass bottles when using underwater shockwaves [O] . H. Sakamoto, S. Kawabe, S. Itoh 2008

机译：水下冲击波时玻璃瓶的高速断裂行为
8. All-atom Molecular-level Computational Simulations of Planar Longitudinal Shockwave Interactions with Polyurea, Soda-lime Glass and Polyurea/Glass Interfaces. [R] . Grujicic, M., Yavari, R., Snipes, J., 2014

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级计算模拟。

OBSERVATION OF HIGH-SPEED FRACTURE PHENOMENA OF GLASS CONTAINERS BY USING UNDERWATER SHOCKWAVE

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