VIBRATION CONTROL IN THE ROCK BLASTING IN MINES NEAR URBAN AREAS - Costa, Leandro de Vilhena;Pereira, Laís Gonçalves
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Most open pit mines require the use of explosives to blasting the rock and carry out the extraction of the ore. The blasting of rocks with the use of explosives generates seismic waves, which propagate in the rock mass, providing, in most cases, great discomfort in urban areas close to mining. Currently, vibration and noise are the main complaints of the population surrounding the mining enterprise. For these reasons, this study approaches in a theoretical and practical way the importance of the technology of using Smooth (amortization of seismic waves) in the process of blasting rock with the…mehr

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Produktbeschreibung
Most open pit mines require the use of explosives to blasting the rock and carry out the extraction of the ore. The blasting of rocks with the use of explosives generates seismic waves, which propagate in the rock mass, providing, in most cases, great discomfort in urban areas close to mining. Currently, vibration and noise are the main complaints of the population surrounding the mining enterprise. For these reasons, this study approaches in a theoretical and practical way the importance of the technology of using Smooth (amortization of seismic waves) in the process of blasting rock with the use of explosives, as a way of mitigating the dissipation of waves in the massif. It was evidenced that the use of this technique positively influences the process, decreasing the vibration.
Autorenporträt
Dr. Prof. Leandro de Vilhena Costa holds a PhD in Mineral Engineering from the Federal University of Ouro Preto. Developed works in the areas of rock drilling, mine ventilation and mine planning. Laís Pereira is a Mining Engineer specialized in monitoring and controlling the vibrations of rock blasting.