2) submerged floating tunnel
悬浮隧道
1.
Analysis the submerged floating tunnel’s reasonable support length;
水中悬浮隧道合理支撑间距分析
2.
Multi-order vortex-induced nonlinear vibration of submerged floating tunnel tether;
悬浮隧道锚索多阶涡激非线性振动
3.
Calculations of the wave loads on submerged floating tunnels;
悬浮隧道所受波浪荷载的计算分析
3) tunnel uplift
隧道上浮
1.
The load bearing conditions during shield tunnelling,such as segment deforma- tion during erection,superposed load during synehronised injection,tunnel uplift etc are so complicated that they ought to be tackled during tunnel construction.
盾构法隧道施工时管片拼装变形、同步注浆造成隧道附加应力以及隧道上浮等施工工况受力条件复杂,是隧道施工时必须解决的技术难题。
2.
Finally,relevant construction technological measures are suggested against tunnel uplift for shield tunneling.
本文分析了隧道上浮稳定机理,建立了盾构隧道上浮纵向与横向计算的理论模型,并进行工程实例验算,最后根据验算结果提出了隧道抗浮的施工技术措施。
5) tunnel resisting water pressure(TRWP)
抗水压隧道
6) submerged floating tunnel
水中悬浮隧道
1.
Vortex-induced vibration of submerged floating tunnel tethers in shear current;
水中悬浮隧道锚索在剪切流中的涡激响应
2.
Dynamic response of submerged floating tunnel due to regular wave forces is investigated.
针对水中悬浮隧道在波浪力作用下动力响应的问题,通过柔度系数法推导得到了悬浮隧道的等效刚度系数,考虑了不同自由度运动之间的耦合作用,建立了悬浮隧道管段的动力响应模型,在时间域内采用逐步积分法迭代求解其运动控制方程。
3.
The dynamic response of a submerged floating tunnel due to regular wave forces is investigated.
针对水中悬浮隧道在波浪力作用下动力响应的问题,通过Hamilton原理推导得到了悬浮隧道管段和锚索的运动控制方程,同时考虑了锚索横向和轴向变形之间的耦合作用,建立了悬浮隧道的动力响应模型,在时间域内采用逐步积分法迭代求解其运动控制方程。
补充资料：抗浮
1.举瓠。
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