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Evaluation of parameters affected on the blast induced ground vibration (BIGV) by using relation diagram method (RDM)

机译:使用关系图法(RDM)评估受爆炸引起的地面振动(BIGV)影响的参数

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This paper presents the application of relation diagram method (RDM) to determine contribution of the parameters affectedon the blast induced ground vibration. There are two types of parameters: controllable and uncontrollable parameters. The studyfocused on controllable parameters. The more effective parameters for ground vibration at the point of interest are ground vibrationin the point of blast (PPV in-blast) and geological structures. The more effective parameters for the ground vibration at the pointof blast are explosive amount per delay, burden and stemming. If desired fragmentation is obtained from the blast, then geologicalstructures should be modified by creating artificial discontinuities. If one desires to reduce the level of vibration in the point of blast,then the following parameters should be modified ; explosive amount per delay, burden, stemming, and hole diameter.
机译:本文介绍了应用关系图法(RDM)来确定影响参数对爆炸引起的地面振动的影响。参数有两种:可控制的参数和不可控制的参数。该研究集中于可控参数。感兴趣点处对地面振动更有效的参数是爆炸点(爆炸中的PPV)和地质结构中的地面振动。爆炸点处地面振动的更有效参数是每次延迟的爆炸量,负担和阻止。如果从爆炸中获得了所需的碎片,则应通过创建人工不连续面来修改地质结构。如果希望降低爆炸点的振动水平,则应修改以下参数;每个延迟,负担,堵塞和孔径的爆炸量。

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