1) drainage arch culvert
排水拱涵
2) Drainage conduit
排水涵
3) drainage culvert
排水箱涵
1.
Application of multi element composite ground in groundwork processing of drainage culvert;
多元复合地基法在排水箱涵地基处理中的应用
4) draining culvert
排水涵洞
1.
By the practice of engineering, the measures of digging and centralized precipitation taken in digging trench of draining culvert not only can speed up the engineering schedule and save manpowers and materials, but also can ensure the engineering quality under the condition of the complicated geology.
通过工程实践,证明在复杂工程地质条件下进行排水涵洞沟槽开挖中采用大开挖集中降水的措施,不但加快了施工进度,节约了人力物力,而且确保了施工质量。
5) arch culvert
拱涵
1.
This underdrain is three-arch culvert structure,where construction condition is very complex.
该暗渠为三孔联拱涵结构,其施工条件极其复杂,暗渠段土质多为细砂和中细砂,开挖分部多,且高速公路上通行车辆荷载较大,是全国此类施工难度最大和开挖宽度(25。
2.
This paper analyzes the temperature field, the contraction stress, and the thermal stress in concrete arch culverts using Finite Element Method.
采用三维有限元模型 ,对混凝土拱涵进行温度场、收缩应力和温度应力分析。
6) pressure drainage box culvert
压力排水箱涵
1.
The maximum internal water pressure of the pressure drainage box culvert in Wu Steel Industrial Harbor is 12-m high water column.
武钢工业港压力排水箱涵最大内水压力为12m水柱高,地面是石化集团80万t/a乙烯项目的3#厂区,因此,建设业主对箱涵混凝土质量要求较高。
补充资料：涵涵
1.水波晃动貌。 2.雄浑自然貌。
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