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1)  all-vertical-piled wharf
全直桩码头
1.
The advantages of all-vertical-piled wharf are expounded.
论述全直桩码头的优点 ,并参考国内外资料 ,提出全直桩码头伸缩缝 (沉降缝 )构造的特殊处理方法 ,推导出伸缩缝 (沉降缝 )传递水平力的计算公式。
2)  vertical pile-wharf
直桩码头
1.
A study for the vertical pile-wharf structure on silty fine sand ground without anchored retaining wall by tie rods or batter piles is conducted by means of centrifuge model test to investigate the effects of anchored retaining wall by tie rods and batter piles on wharf structure.
针对当前国内外新型的锚碇墙拉杆与叉桩设计的两种整体卸荷式板桩码头结构,为了分析锚碇墙拉杆方案中锚碇墙和拉杆与叉桩方案中叉桩构件对码头结构受力变形与工程特性的影响和贡献,较系统的进行了2组纯粉细砂地基条件下无锚碇墙与拉杆的直桩码头结构受力性状大型土工离心模型试验。
3)  piled wharf
高桩码头
1.
Finite elements analysis on slope stability of piled wharf;
高桩码头岸坡稳定有限元分析
2.
Research on 3D Elastic-Plastic Finite Elements Analysis Method of Piled Wharf-Slope System and Its Application;
高桩码头—岸坡体系三维弹塑性有限元分析方法及应用
3.
Causes in structure of piled wharf surface cracking
高桩码头面层裂缝的结构性成因分析
4)  open type pier on piles
高桩码头
1.
Finite analysis of coupling between open type pier on piles and bank slope of Tianjin port;
天津港高桩码头结构与岸坡耦合有限元分析
5)  high-pile wharf
高桩码头
1.
Technology study of maintaining suffered pile of the high-pile wharf;
高桩码头事故受损基桩修复技术研究
2.
Study on deformation of a high-pile wharf slope from field observation;
天津港高桩码头岸坡变形规律研究
3.
Damage from bank soil deformation to high-pile wharf;
岸坡土体变形对天津港高桩码头的危害
6)  high piled wharf
高桩码头
1.
Impacts on results by different calculation models of iterative slab at high piled wharf;
高桩码头叠合面板的计算模型对结果的影响
2.
Based on the studies made in Reference ,this paper presents some assumptions to understand equations for simplifying calculations of load on tongue-grooved section joints of high piled wharfs under transversely concentrated horizontal force.
在参考文献[1]的研究基础上,提出一些假定,推导出高桩码头在横向集中水平力作用下齿槽受力简化计算所需用的公式。
3.
The bearing capacity of a damaged high piled wharf has been realistically assessed with the method using measured parameters and dynamic verifications.
通过“实测参数 ,动态论证”等方法 ,对受损高桩码头的承载能力 ,给出符合实际的评定 ,同时也对高桩码头设计采用的计算方法 ,提出了自己的看
补充资料:全直
1.谓固守直道。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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