摘要
通过对直径14.93m的水泥平衡盾构机进行盾构机刀盘盘面的冲刷系统、盾构机气泡舱内冲刷系统、盾构机开挖舱内冲刷系统三方面的设计和改造,利用SolidWorks管路仿真分析,优化超大直径泥水盾构冲刷系统,提高泥水盾构冲刷系统的可靠性,使该盾构机满足扬州瘦西湖隧道工程项目中软岩粘土地层施工相应的技术参数要求。
Flushing systems for the cutter, bubble cabin and excavation cabin of the slurry shield with a diameter of 14.93 m were reformed and simulated with SolidWorks for optimization and improvement in reliability. The reformed slurry shield is expected to meet the technical requirements of working in clay stratum in the Slender West Lake tunnel project in Yangzhou.
出处
《筑路机械与施工机械化》
北大核心
2015年第11期84-86,共3页
Road Machinery & Construction Mechanization
关键词
超大直径
泥水盾构
盾构机
冲刷系统
super large diameter
slurry shield
shield machine
flushing system
