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Numerical study on effect of covered water in thawing frozen soil by explosive load

机译:爆炸载荷覆盖水中覆盖水作用的数值研究

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It is known to be able to expect the improvement of the harvest if the cropping time can be made early in a cold region such as Russia, Norway, Sweden and Hokkaido in Japan. Therefore, for the purpose of making cropping time early as much as possible, we researched the destruction of the frozen soil by the explosive. In the simple experiment, as compared with the experiment which placed the explosive directly on top of the frozen soil, it broke greatly in the experiment which poured out water 20 mm in height after placing an explosive directly on top of the frozen soil. Furthermore, it was found that the thawing time of residual frozen soil in the experiment using water is shorter than without water. In this research, in order to investigate the effect of the covered water in thawing frozen soil by explosive load, the numerical simulation was performed. The result of the numerical simulation was well in agreement with the experimental result, and it was clarified that destruction effect is increased by covering with water.
机译:众所周知,如果可以在俄罗斯,挪威,瑞典和北海道在日本的寒冷地区提前做出收获,则能够期待收获的改善。因此,为了尽可能初期制作播种时间,我们通过爆炸性研究了冻土的破坏。在简单的实验中,与将炸药直接放在冻土顶部的实验相比,在实验中突破了在冻土顶部放入爆炸后20毫米的实验中的实验。此外,发现使用水的实验中残留的冷冻土壤的解冻时间短于没有水。在本研究中,为了探讨通过爆炸性载荷解冻冻土的覆盖水的效果,进行了数值模拟。数值模拟的结果与实验结果一致,澄清了通过用水覆盖而增加破坏效果。

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