Bibliographic citations
Rumay, L., Silva, M. (2016). Evaluación de las vibraciones de voladura y su efecto en las estructuras de la Concesión Minera No Metálica Italo Phuyu Yuraq II aplicando una red inalámbrica de acelerómetros [Tesis, Universidad Privada del Norte]. https://hdl.handle.net/11537/9990
Rumay, L., Silva, M. Evaluación de las vibraciones de voladura y su efecto en las estructuras de la Concesión Minera No Metálica Italo Phuyu Yuraq II aplicando una red inalámbrica de acelerómetros [Tesis]. PE: Universidad Privada del Norte; 2016. https://hdl.handle.net/11537/9990
@misc{renati/1689413,
title = "Evaluación de las vibraciones de voladura y su efecto en las estructuras de la Concesión Minera No Metálica Italo Phuyu Yuraq II aplicando una red inalámbrica de acelerómetros",
author = "Silva Tongo, Mirtha del Socorro",
publisher = "Universidad Privada del Norte",
year = "2016"
}
ABSTRACT On the following work it describes a case the thecnique of monitoring vibrations in the Mining Concession Non-metallic Italo Minera Phuyu YURAQ II through a network of accelerometers ADXL345 wireless transmitting data acceleration to a computer via Bluetooth , which are displayed in the CoolTerm software , processed in Excel and graphed in Matlab 2013, Three blasts were monitored on different dates for each event, two accelerometers were installed near residential buildings dining room and office , which were attached to aluminum plates 20 cm long x 03 cm wide x 1 mm thick and buried 15 cm of depth, being fixed manner on the ground The distance from the accelerometers to the mesh blasting was agencied by the staff blasting área of the concession. Before start the blasting it was taking data acceleration under normal conditions as a reference for later analysis and comparison with the product accelerations blasting vibration. At the momment pf processing the information maximum values of 0.17 g and 0.156 g near the dining buildings and office respectively it was obtained, not exceeding the value of 0.25 g which according to studies by Lyons Johnny , Kramer Don ( 2014 ) does not exceed 8 mm / s ; value according to the German DIN ( 4150) does not cause damage to residential buildings.
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