世界核地质科学2024，Vol.41Issue(4)：805-816,840,13.DOI:10.3969/j.issn.1672-0636.2024.04.015
北山1号TBM刀盘破岩振动影响参数分析
Parameters analysis of Beishan No.1 TBM cutterhead vibration induced by rock breaking
摘要
Abstract
During the tunnel boring machine(TBM)excavation process,the vibration generated by the cutterhead breaking rock will have a negative impact on the TBM machinery and construction.This study relied on the TBM construction section of the ramp in the Beishan Underground Research Laboratory in Gansu province.A vibration monitoring system was installed on the Beishan No.1 TBM to track on-site construction and conduct excavation experiments.Information on tunnel design,surrounding rock condition,excavation parameters,and cutterhead vibration in the research section was collected.An analysis was conducted on the impact of different tunnel routes,rock types,and excavation parameters on disc cutter rock-breaking vibration.The research results show that:1)there are certain differences in the vibration intensity and main vibration frequency of TBM cutterhead between tunnel curve sections and straight sections,higher vibration intensity and main frequency components occurs in curve sections;2)different types of surrounding rock result in significant differences in the main vibration frequency of cutterhead in curve sections,while the effect on straight sections is minor;3)with the increase of thrust and rotational speed,the vibration intensity of the disc cutter increases,but the main vibration frequency of the cutterhead's three axes remains unchanged.关键词
隧道掘进机(TBM)/北山地下实验室/北山1号TBM/刀盘/破岩振动Key words
Tunnel Boring Machine(TBM)/Beishan Underground Research Laboratory/Beishan No.1 TBM/cutterhead/rock-breaking vibration分类
信息技术与安全科学引用本文复制引用
段志远,龚秋明,王驹,马洪素,黄流,刘东鑫,彭治元..北山1号TBM刀盘破岩振动影响参数分析[J].世界核地质科学,2024,41(4):805-816,840,13.基金项目
中国国家原子能机构高放废物处置创新中心重点基金项目(编号:CXJJ21102203)资助 Supported by The National Nuclear Agency's Key Fund Project for the Innovative Center for High-level Radioactive Waste Disposal(No.CXJJ21102203). （编号:CXJJ21102203）
