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Optimum Operating Conditions of a Multi-Hammer Drilling Machine Assessed using a Linear Percussion Test

机译:使用线性冲击试验评估的多锤钻床的最佳工作条件

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摘要

To minimize social cost and to avoid existing obstacles (e.g., buildings, buried pipes, rivers, and ocean), cable and electricity tunnels are constructed mainly using trenchless technology We have developed a new method for micro-tunnel excavation using a multi-hammer drilling machine and identified the optimum operating conditions of the system. A linear percussion testing system was constructed to acquire rock drilling data. The tests were conducted under various air pressures and RPM consistent with field conditions. Three classes of rock specimens in terms of strength (i.e., hard, medium, and moderate rock) were tested. The test results yielded the optimum operating conditions of the multi-hammer drilling machine according to rock strength.
机译:为了最大程度地降低社会成本并避免现有障碍(例如,建筑物,地下管道,河流和海洋),主要使用无沟槽技术建造电缆和电力隧道。我们开发了一种使用多锤钻机进行微隧道开挖的新方法并确定系统的最佳运行条件。构建了线性冲击测试系统以获取凿岩数据。测试是在与现场条件一致的各种气压和RPM下进行的。就强度而言,测试了三类岩石样本(即,硬,中和中等岩石)。测试结果根据岩石强度得出了多锤钻机的最佳工作条件。

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