对破坏的过程进行分析后，提出了软土地基敷管弯管支墩基础的处理建议。
According to analysis on the destruction process, treatment advice was put forward on bend buttress pier foundation for laying pipe in soft soil subgrade.
在水中进行墩基础和防撞设施施工，搭设操作平台是关键，在风大浪急的外海，施工难度更大。
It is a key to erect the operation platform for the construction of the pier foundation and the anti-collision facilities in the water.
介绍了水中墩基础施工时施工栈桥、钻孔平台的方案选择及施工，同时介绍了钻孔和围堰的施工方法。
The plan selection and construction of construction trestle bridge and bored platform were introduced, and the construction methods of borehole and cofferdam were also presented.
本文针对山区不均匀风化岩石中的墩基础进行分析，并提出了相应的单桩承载力及桩身内力简化计算方法。
This paper deals with simplified calculation method of the bearing capacity and internal stresses of pier foundation in mountainous area with differentially weathered rock.
根据对桥梁段倒虹吸钢管及其镇墩基础的抗震分析可知，一般地震下，不必对桥梁倒虹吸钢管进行特殊处理；
According to the antidetonation analysis on the Pour siphon in bridge and associated ease base, the special treatment is generally not required.
云峰大坝抗滑墩基础开挖工程紧邻大坝，施工中采取了控制爆破技术，即小孔径、逐排分段爆破的开挖方式。
Controlled blasting technology that is an excavation mode of small-bore and subordinate blasting row by row is used in construction.
通过试验，掌握了锚索自由端、锚墩和基础变形以及锚索徐变度与荷载的关系，验证了锚索设计吨位的合理性。
From test, the relationship of cable free end, anchor pier, foundation deformation and cable creep with load is revealed and rational design force for anchorage cable is proved.
还特别介绍了沈阳市人工挖孔桩和墩式基础的设计特点，供设计参考。
The design feature of manual excavated pile and frusta- like foundation in Shenyang City are also introduced, which is provided to designers for reference.
下部结构采用以钻孔灌注桩为基础的三墩柱，并分别对桥墩和桩基础进行了计算和验算。
The structure is based on the cast-in-place pile pier, and three of the piers and pile foundation were calculated and checked.
与一般的筏板基础有所不同，由于有柱墩，有肋梁墩式筏板基础梁的内力需按变截面梁计算。
Different from general raft foundation, the inner force of ribbed beam is calculated as variable section because of the stump.
根据基底下埋设土压力盒的观测结果，研究了墩-筏基础的工作机理；明确了基底压力及分布；分析了墩与筏基的荷载分配比。
The contact pressure and its distribution, the load sharing between piers and the raft are monitored by the installed earth pressure cells at pier-soil and raft-soil interfaces.
在全桥有限元分析的基础上，对实桥拱墩连接处完成了三种最不利荷载工况下局部精细的空间有限元分析。
Based on the finite element analysis of the bridge, a refine local space finite element analysis of the bridge was completed under three worst-cases of load.
在总结大量预应力闸墩设计工程实践经验的基础上，提出了预应力闸墩结构设计的总体步骤以及设计中需重点考虑的问题。
General steps and key issues in the design of pre-stressed concrete pier are put forward on the basis of systematic investigation on actual engineering designs.
通过分析墩帽及基础梁(拉梁)的受力状态，提出了墩帽及基础梁(拉梁)的设计方法。
By analysing the bearing condition of pier cap and foundation beam (tie beam), this article gives the design approach of pier cap and foundation beam (tie beam).
此外还分析了刚性基础墩身和弹性基础墩身的动力响应问题。
In addition, the dynamic response of a pier with rigid foundation or pier with elastic foundation is also analyzed.
本文结合某特大型桥梁墩（台）多期沉降观测资料，探讨了特大型桥梁沉降观测数据处理方法，并对大桥的墩（台）基础的沉降规律和原因进行了分析。
With use of multi-periodical settlement observation data of a big railway bridge, this paper discusses the methods of data processing and analyses both the law and the cause of such settlement.
铁路工程中，深水处的桥梁基础、墩台多采用围堰施工。
In the railway engineering, the method of cofferdam construction is usually adopted in the bridge base, pier and abutment in deep-water.
结合青藏铁路基础和墩石施工，阐述耐久性混凝土的施工要点。
A description is given of key points for construction of durable concrete for fo undations and bridge piers.
讨论了墩木搁置基础、墩木最大容许承压面积及船体首、尾结构强弱对优化结果的影响。
The effect of the foundation on which blocks stand, maximum allowable stressed area of a wooden block, and the condition of fore and stern hull structures on optimum results are discussed.
在确定采用哪种方法时，要根据桥梁的结构型式、桥墩材料、墩台高度、基础类型等因素来确定。
To determine which method to be used, some factors should be taken into consideration, such as the kind of bridge structure, the height of piers and abutments, the type of base, et al.
建立以轨道、桥梁、支座、墩台和基础为整体结构的附加纵向力计算有限元模型；
The finite element model is established to calculate the additional longitudinal forces of the integrated system consisting of the track, beams, abutments, piers and foundation;
大型重型设备，高精密度设备基础的座浆墩。
大型重型设备，高精密度设备基础的座浆墩。
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