板桩码头

板桩码头的有限元解法及计算机处理

Finite Element Computing Method and Computer Treatment of Sheet Pile Wharf

板桩码头计算方法的分析比较

Analysis and Comparison of the Calculation Method for Sheet Pile Wharves

板桩码头在黄河油港的实践

The application practice of pland piles dock in Huanghe Oil Harbor

遮帘式板桩码头方案的提出与研究

Generation and Study on Proposal of Covered Type of Sheet Pile Wharf

板桩码头板桩墙计算方法研究

Research on Computing Method of Sheet-pile Wall in Sheet-pile Bulkhead

板桩码头施工中拉杆初始张拉力的控制

Control technology of initial tension of pull rod in sheet-piled wharf construction

板桩码头结构设计辅助计算系统

The Aid Calculation System for Structure Design of Quay

镇江大港内河转运板桩码头结构分析

Structural Analysis of Dagang Sheet-Pile Wharf for Inland Water Transportation in Zhenjiang City

遮帘式板桩码头结构设计方案的优化与验证

Optimization for the Design of a New Type of Covered Sheet Pile Wharf

板桩码头及高桩码头施工技术

Construction Technique of Sheet Pile Wharf and High-Piled Wharf

遮帘式板桩码头原型观测技术研究

Study on Prototype Observation Technique of Semi - covered Type of Sheet Pile

遮帘式板桩码头工作机制

Working mechanism of sheet pile wharf with barrier piles

大型深水板桩码头断面及计算方法研究

Study on the Section and Calculation Method for the Large Deep-water Sheet-pile Wharf

遮帘式板桩码头结构的空间有限元法分析

Spatial Finite Element Method to Analyze Covered Type Structure of Sheet Piles wharf structure

遮帘式板桩码头结构的受力分析及合理桩间距的确定

The Mechanical Anslysis for Covered Type of Sheet Pile Wharf and Determination of Rational Pile Spacing

改造前后试验结果的对比分析表明：遮帘桩方案用于改造板桩码头是合理的、可行的。

It was shown that renovation of sheet-piled wharf with barrier pile project were reasonable and feasible .

然后对板桩码头利用弹性线法与弹性地基梁法两种不同的方法进行设计分析。

And then it analyse sheet-pile wharf by using of elastic line method and elastic foundation beam method .

一种新型码头结构型式&半遮帘式深水板桩码头结构的推出

A New Type of Wharf Structure the Structure of Semi - covered Type of Deep Water Sheet Pile Wharf

地下连续墙码头与机械打入式板桩码头相比，工程造价低10%左右。

Moreover , the cost of continuous wall dock is approximately 10 % lower than that of mechanical piling dock .

斜拉板桩码头结构与土相互作用研究

Study on Interaction of Soil and Structure of Sheet-pile Bulkhead with Raked Piles ; Draw forming simulation and die-structure optimization of front fender

介绍采用竖向弹性地基梁法计算板桩码头的要点。

This paper introduces the main points of computing sheet pile wharf by considering the sheet pile as a vertical elastic foundation beam .

板桩码头是一种主要的码头结构形式，其中板桩墙结构计算又是板桩码头的一个重要内容。

Structure computation of sheet-pile wall is a major part in design of sheet pile bulkhead , which is a main form of quay .

简要介绍《板桩码头设计与施工规范》编制情况、主要技术内容及水平。

Abstract Brief introduction of the compilatory condition , major technical contents and level of The Code for Design and Construction of Sheet Pile Wharf .

板桩码头作为码头结构的一种重要形式，在合适的条件下，具有结构强度、稳定性、施工及造价上的明显优势。

As an important form of wharf structure , sheet-pile wharf has great advantages of strength , stability , cost and construction under the right conditions .

由于理论计算和建设技术的不完善，我国板桩码头多用于中小型码头的建设。

Due to the theoretical calculation and the construction technology is not perfect , our sheet pile wharf are more used for small and medium sized terminals .

作为码头三大型式之一的板桩码头，在结构强度、施工速度及工程造价等方面有较大优势。

As one of three major types of wharf structure , sheet pile wharf has great advantages in structural strength , the construction speed and project cost .

着重介绍了关于遮帘式板桩码头结构空间有限元分析计算的有关内容。

The paper lays stress on the introduction to the analysis and calculation of the wharf structure of covered sheet piles with the spatial finite element method .

在地基允许承载力较低的软基上修建板桩码头，可减少土方工程量及解决工程施工围堰困难等问题。

To build the sheet-pile quay-wall on the soft foundation with relative low allowed bearing capacity may decrease volume of earthwork and problems such as cofferdam construction , etc.

介绍了建筑黄河油港，采用板进结构码头设计工艺和施工技术，码头建成投产至今，经历了百年一遇强台风考验，为在淤泥质开敞海底建设板桩码头取得了成功经验。

The design and construction technology of pland piles structure dock in Huanghe Oil Harbor are introduced , and a wide vista is provided for mud sediment open sea harbor works .

国外的板桩码头应用较广，而国内由于多种原因发展迟缓，多应用于中小型码头。

Foreign sheet-pile wharf is widely applied , while the development is delayed in our country due to a variety of reasons ,, many are applied in small and medium-sized wharf .