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PREDICTION OF THE GROUND VIBRATION ATTENUATION INDUCED BY BLASTING FOR THE DIFFERENT ROCK MASSES

机译:不同岩质爆破爆破诱导地面振动衰减的预测

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This paper presents the results of ground vibration measurements induced by blasting operations at five different sites located close to the residential areas. Within the scope of this study, ground vibration components were measured for all blast events over a long period of time in order to predict peak particle velocity and determine the slope of the attenuation curve for five sites. During the study, while the parameters of scaled distance were being recorded carefully, suitable monitors for all blast events of five blasting sites measured the ground vibration components. At the end of evaluation of the data pairs, an empirical relation, which gives an average line at 95 percent confidence level, and upper bound 95 percent prediction line with a good correlation coefficient was established and suggested for each site.
机译:本文介绍了在靠近住宅区的五个不同地点的爆破操作引起的地面振动测量结果。在本研究的范围内,在长时间内测量所有爆炸事件的地面振动分量,以预测峰粒速度并确定五个位点的衰减曲线的斜率。在研究期间,虽然仔细记录了缩放距离的参数,但是对于五个爆破部位的所有爆破场所的所有爆破事件的合适监视器测量了地面振动分量。在评估数据对的结束时,经验关系,其给出95%置信水平的平均线,并建立了每个网站的具有良好相关系数的上限95%的预测线。

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