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Experimental Study on Bubble Curtain Technology Applied in Underwater Blasting Damping

机译:水下爆破阻尼泡沫幕幕技术的实验研究

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摘要

With the further development of urban construction, engineering blasting has had a wide range of applications. However, its application environment has become more and more complex relatively. Underwater blasting, one of the applications of engineering blasting, has been increasingly used in construction of subsea tunnel and immersed tube in recent years though it has a complex influence on surroundings in operation. For the study of shock wave absorption technology of underwater blasting, this paper analyses the effectiveness of bubble curtain shielding technology used in the underwater explosion by field experiment. The test result shows that intensity of underwater shock wave approximately reduced by 80% after passing through the bubble curtain, which indicates that the bubble curtain can effectively reduce the shock wave pressure in water; vibration caused by shock wave in water approximately reduced by 20% after passing through the bubble curtain, which reflects propagation law of shock wave has changed due to the effect of the curtain.
机译:随着城市建设的进一步发展,工程爆破具有广泛的应用。然而,它的应用环境相对越来越复杂。近年来,近年来,水下爆破是工程爆破的应用之一,近年来近年来近年来近年来对周围环境的影响复杂影响了。下水下爆破冲击波吸收技术研究,本文分析了田间实验中水下爆炸中使用的泡沫幕帘屏蔽技术的有效性。试验结果表明,通过气泡窗帘后,水下冲击波的强度大约减少了80%,这表明气泡幕布可以有效地降低水中的冲击波压力;在通过气泡幕后,在水中的冲击波引起的振动大致减少了20%,这反映了冲击波的传播规律由于窗帘的效果而发生变化。

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