CAJ | 학술논문

由于盾构掘进装备和施工安全的特殊要求及施工环境的特殊性,导致绝大部分盾构掘进设备技术人员难以在实际的施工现场进行盾构关键技术的相关研究,当前研究和掌握盾构掘进技术多以模拟仿真试验作为重要方法.文中论述了在盾构掘进系统中的:刀盘控制系统、管片拼装系统以及推进系统作为设计对象进行电液控制系统开发.应用结果表明该系统性能稳定可靠,能够较为全面的展现盾构掘进过程中的控制功能,达到了系统设计的效果.
유우순구굴진장비화시공안전적특수요구급시공배경적특수성,도치절대부분순구굴진설비기술인원난이재실제적시공현장진행순구관건기술적상관연구,당전연구화장악순구굴진기술다이모의방진시험작위중요방법.문중논술료재순구굴진계통중적:도반공제계통、관편병장계통이급추진계통작위설계대상진행전액공제계통개발.응용결과표명해계통성능은정가고,능구교위전면적전현순구굴진과정중적공제공능,체도료계통설계적효과.
Due to the special nature of shield tunneling and construction safety equipment and of the special require-ments of the construction environment, it is difficult for most technicians in this field to make key shield technolo-gies research on construction site, making most studies and shield driving Technology mastering by simulation tests. This paper discusses the development of electro-hydraulic control system which takes cutter control system, segment erector system and propulsion system in shield tunneling system as design objects. Application results indicates that the system is stable and reliable, reveals the control function of comprehensive shield tunneling process in line with to the system design goal .