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消力池爆破开挖对水电站大坝的影响分析

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为降低消力池爆破作业对坝体的影响,将爆震波影响与空腔扩张原理相融合,采用非定常动态计算方法,对某段范围内的大坝结构进行动态响应模拟.通过对高坝在爆炸冲击波下的反应进行仿真计算,得出高坝在爆炸冲击波下易产生应力集中的4个部位.试验成果分析表明,爆炸对坝体的安全没有实质性影响.
The influence of stilling basin blasting excavation on hydropower station dam
In order to reduce the impact of the blasting operation in the stilling pool to the dam body,the blasting wave is combined with the principle of cavity expansion,and a non-stationary dynamic calculation method is used to simulate the dynamic response of the dam structure within a certain range.Through simulation calculations of the response of high dams under explosive shock waves,four parts of high dams that are prone to stress concentration under explosive shock waves were identified.Through the analysis of experimental results,it has been verified that explosions have no impact on the safety of the dam body.

stilling poolhydropower stationdamblasting

王庆彬

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中国水利水电第十一工程局有限公司,郑州 450000

消力池 水电站 大坝 爆破

2024

水科学与工程技术
河北省水利学会 水利部河北水利水电勘测设计研究院

水科学与工程技术

影响因子:0.334
ISSN:1672-9900
年,卷(期):2024.(5)