说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 句库 -> 重力墩式码头
1.
The Analsys and Study on the Wharf of Dolphin Structure in Sea Port and the Design of the Conical Structure Against Ice;
重力墩式码头冰荷载分析研究及抗冰结构设计
2.
Calculation & Optimization System Exploitation for Pile Pier Structure;
高桩墩式码头结构计算与优化系统的开发
3.
Research on and design of new structure of elliptical caissoned pier
椭圆沉箱墩式码头新结构的研究与设计
4.
Optimization study on mooring dolphins' layout of butterfly open sea terminal
开敞式蝶形码头墩位平面布置的优化研究
5.
On structural type of caissons' joint cavity of gravity wharf
关于重力式码头沉箱结合腔结构形式的探讨
6.
Reliability Analysis of Stability Against Sliding and Overturning of Gravity Quay;
重力式码头抗滑、抗倾稳定性可靠度分析
7.
Study on the Design and the Stability Analysis for Bulkhead of Gravity Type Wharf;
重力式码头前沿挡土墙设计及稳定性分析研究
8.
Study of Slipping in the Rubble-bedding of Gravity Quay;
重力式码头抛石基床内部滑移破坏研究
9.
Research on Anti-Sliding Design of Gravity Retaining Wall Wharf with Pipe Pile Foundation
管桩基础的重力式码头挡墙抗滑移计算方法
10.
Dynamic Consolidation Method Applied in Foundation Treatment of Gravity Wharf Frontier Zone
强夯法在重力式码头前沿区地基处理中的应用
11.
Prevention and Treatment for Gravitry-guay Over-displacement and Uneven Subsidence
重力式码头过大位移和不均匀沉降质量通病防治
12.
Diagnosis and renovation to gravity wharf's rubble bed damaged by water flow
重力式码头抛石基床遭水流冲刷破损后的诊断和治理
13.
Explosive Compaction of Rock Bed Method Applied in Gravity Wharf And Quality Control
块石基床爆夯技术在重力式码头的应用及质量控制
14.
In order to improve the conditions on movement of ponton and decrease the active force of bracing block, an energy absorber was installed at the end of bracing pole of floating ponton wharf.
在浮码头撑杆末端安装吸能装置,可以改善囤船的运动条件和减少撑墩上的作用力。
15.
A New Efficient Technology of Removal Construction for 350t Pier's Mooring Dolphin
350t码头系缆墩新颖快捷的拆除施工工艺
16.
Elementary Discussion of the Penstock Anchorage Block Design of High-head Hydropower Station
浅谈高水头水电站压力钢管镇墩设计
17.
Improve on Berth Capacity Formula of the Container Terminal;
集装箱码头泊位通过能力计算公式改进
18.
The partial force analysis of gate pier hollow and shallow capping beam
门式桥墩空心薄壁盖梁局部受力分析