1) feet-lock bolt
锁脚锚杆
1.
Based on systematic research on the feet-lock bolt mechanism,and combined with the real construction conditions of feet-lock bolt in the soft and broken surrounding rock section of Xiamen subsea tunnel,a mechanical analysis model for feet-lock bolt was set up.
在系统研究锁脚锚杆作用机理的基础上,结合厦门海底隧道软弱破碎围岩地段锁脚锚杆的实际施工状况,建立锁脚锚杆力学分析模型,考虑锁脚锚杆在不同打入角度、有无注浆、设置垫块与否等因素,对拱顶下沉量进行数值模拟,并结合现场监测,对工作面开挖扰动区应力、位移场进行分析,系统地研究了锁脚锚杆受力和变形规律。
2) locking anchor pipe
锁脚锚管
1.
Countermeasures including setting locking anchor pipes and grouting in inverted arch h.
为控制隧道结构变形过大这一问题,施工中根据经验采用锁脚锚管和仰拱注浆。
3) locking anchor
自锁锚杆
1.
The anchorage mechanism of the locking anchor under tension together shear loads is studied in the paper.
本文是对自锁锚杆在拉伸和剪切荷载共同作用下的锚固机理进行研究。
4) locked anchor bar
锁口锚杆
1.
For understanding the stress state of locked anchor bars at the top of TGP permanent lock’s vertical slope,and effectively evaluating their construction qualities and anchoring effects,several anchor stress meters were located at partial locked anchor bars,and monitoring were practised.
为了解永久船闸直立坡顶锁口锚杆应力状态 ,有效地评价锚固施工质量及锚固效果 ,在部分锁口锚杆上布置了锚杆应力计 ,并进行了应力监测。
5) anchor bar locking
锚杆锁固
6) location force of anchor pole
锚杆锁定力
补充资料：锁管
1.亦作"鏁管"。 2.锁身﹐锁簧插入的部分。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条