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TBM EXCAVABILITY: PREDICTION AND MACHINE-ROCK INTERACTION

机译:TBM挖掘性:预测和机岩相互作用

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TBM case histories from over 400 tunnel sections are analyzed presenting a comprehensive application of the Rock Mass Excavability (RME) index (Bieniawski et al. 2006). The paper introduces two new adjustment factors, called the Factor of Tunnel Length and the Factor of Crew Effectiveness, which were established to represent more realistically the interaction of the rock mass characteristics, the TBM parameters and the performance of the crew operating the machine. A new correlation is provided for predicting the average rate of advance of double-shield TBMs working specifically in the double-shield mode.
机译:分析来自超过400个隧道部分的TBM案例历史,呈现出岩石大规模挖掘(RME)指数的综合应用(BieniaWski等,2006)。本文介绍了两个新的调整因素,称为隧道长度因子和机组效力因子,这是建立更现实的岩石群体特征的相互作用,TBM参数和操作机器的船员的性能。提供了一种新的相关性,用于预测专门在双屏蔽模式下专门工作的双屏蔽TBMS的平均速率。

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