In this paper, the construction project for soft soil foundation of several common construction technology are analyzed, and the hope that helps to keep the foundation stability.
本文对建筑工程中软土地基的几种常见的施工技术进行分析，希望有助于保持地基的稳定性。
Then summarizes the mechanics characteristic of MRS and foundation soil and the distribution of raft stress and the foundation settlement laws.
给出了密肋壁板结构与地基土相互作用的受力特性及筏板应力分布规律、基底土反力的分布规律和地基的沉降规律。
The bearing capacity and settlement of the shallow foundation on soil is the important subject of the soil mechanics and foundation engineering.
浅基础的地基强度及变形历来是土力学与基础工程学的重要内容之一。
Loess, a special soil widely distributing in northwest area of China, is often used as road foundation filling element and foundation soil during the large-scale highway construction of this area.
黄土是我国西北地区广泛分布的一种特殊土，在西部地区大规模的公路建设中，黄土常常被用于路基填料和地基土。
The other is the foundation engineering model test, in which the combined action of foundation model and soil are analyzed.
其二是地基基础模型试验，分析基础模型与地基土的共同作用的承载性状和变形特征。
Analysis of common soil and rock composition in the foundation treatment measures on the basis of a residential area of soft soil and rock foundation engineering approach was introduced.
在分析常用土岩组合地基基础工程处理措施的基础上，对某住宅小区的软土和岩石地基基础工程处理方法进行了介绍。
Predicting the settlement of a foundation is an important subject in soil mechanical and foundation engineering.
推算基础的沉降量是土力学及基础工程中的一个重要课题。
Compare to soil subgrade, rock subgrade has the characteristic of high carrying capacity and little distortion, the area of foundation is small, that the height of foundation is possibly c.
其中相对于土质地基而言，岩石地基具有承载力高和变形小的特点，基础的底面积相对较小，这样控制基础高度可能是抗剪计算而不是抗弯计算。
Two computational results of the foundation may occur, the occurrence of overvalue of foundation reaction at certain points and that of tensile force on the soil foundation interface.
在基底反力计算中可能出现两种情况：某些部位的反力值过大或地基与基础之间出现拉力，此时应对基底反力进行调整。
Properties of the soil of soft foundation is expressed. According to the theory of hydrological geology, consolidation mechanism of chemical cement grouting in soft foundation is probed.
本文阐述了软弱地基的土质特征，并从水文工程地质理论观点出发，对软弱地基中水泥类化学灌浆固结机理进行探讨。
Based on the character and practical status of salt-affected soil, it is economical, reliable, simple and fesible to adopt changing soil method and to deepen foundation mat to treat the foundation.
根据盐渍土的特性及实际情况，采用换土法并结合加深基础垫层等方法对地基进行处理是经济可靠和简便易行的。
For levees on double layer foundation, adding weighting soil to the landside slope is an effective measures to prevent the foundation from seepage failure.
在双层地基河堤背水侧采用盖重土层是一种有效的防止渗透变形的措施。
The application of gravel pile and CFG pile composite foundation in foundation treatment of liquefaction of sand and soil in seismic area is introduced combined with engineering example.
结合工程实例，介绍了在高地震区砂土液化地基土处理中，应用碎石桩、CFG桩组合型复合地基。
Considering the thick backfill and soft foundation soil in the cut-and-cover section of Jiadi tunnel, a pile-raft foundation is accepted in order to avoid negative effect due to excessive settlement.
浃底隧道出口明洞段回填厚度较大而基础土体软弱，因此采用了桩-筏基础的形式以避免过大沉降带来的不利影响。
In the model the scattering effect of the irregular topography and the foundation on the incident waves, and the interaction between the foundation and the soil are considered.
分析模型考虑了不规则场地和基础对入射波的散射作用以及土与基础的相互作用。
When building large storage tank on soft soil foundation, engineers must consider two important problems, stability and deformation of foundation.
在软土地基上建造大型储罐，地基稳定性与变形是工程建设中必须很好考虑的两个重要问题。
In soft soil area, we give priority to the piled box (raft) foundation in choosing the foundation type for super-tall building.
软土地区，桩箱(筏)基础是高层尤其是超高层建筑的首选基础型式。
Cement soil mixing pile reinforcing foundation is a method which is often used in soft-soil foundation treatment.
水泥搅拌桩加固地基是软土地基处理中最常用的一种方法。
The bearing capacity of foundation soil and batholith is one of the most important questions for discussion in the field of geotechnical engineering; md foundation engineering.
地基及岩基承载力问题是岩土工程及基础工程领域最重要的课题之一。
This paper presents the foundation soil strengthening by small tremie pre -grouting methods and an example of construction of new foundation to be built under an old building.
介绍用小导管预注浆法加固地基技术及其在旧楼下建新基础的施工实例。
For pile foundation there are different responses in different soil strata during construction and loading, this phenomenon has practical significance for pile foundation design.
长桩基础在施工及加荷过程中，对不同土质的地基会有不同的影响，这一问题对桩基设计具有一定的实用意义。
Composite foundation is a kind of artificial foundation setting up reinforcement body in natural soil.
复合地基是在自然地基土体中设置加固体的一种人工地基。
The soft ground foundation under the embankment load, treated by the cement-soil mixing method, is a typical flexible-piled composite foundation under a flexible loading.
路堤荷载作用下水泥土搅拌法处理的软土地基，是一种典型的柔性荷载作用下柔性桩复合地基。
Foundation soil strength is the strength of limit damage, to ensure that no damage occurred foundation, foundation strength sufficient safety margin.
地基强度是指地基发生极限破坏的强度，为保证不发生地基破坏，地基强度要有足够的安全储备。
For example foundation coefficient method simplifies complicated factors such as interaction between soil and pile as pure foundation coefficient through winkler assumption.
如地基系数法把土体对桩的作用等复杂因素，通过文克尔假定简化成单纯的地基系数作用于桩上。
Based on the load tests carried out in soft soil foundation treatment project of an expressway under construction, the effective cement-soil mixing pile length in composite foundation was explored.
本文根据某高速公路软基处理中不同桩长的水泥土搅拌桩单桩载荷试验结果，探讨了复合地基中水泥土搅拌桩的有效桩长。
In soft soil areas the pile foundation is often used for the foundation of buildings to ensure their stability or control their settlement.
在软土地区，为保证建筑物的稳定性或控制建筑物的沉降，建筑物的基础往往要采用桩基础。
It is shown that the critical cyclic stress ratio of cement-soil pile composite foundation is bigger than that of saturated soft foundation and is not affected by cement mixing ratio basically.
试验结果表明，在循环荷载作用下复合地基同样存在临界循环应力比，其值大于单纯饱和软基的临界循环应力比，而且受水泥掺入比的影响不显著。
Due to a lack of experience of performing construction in soft soil areas, serious displacement of the foundation piles took place after the excavation of foundation pit started.
由于缺乏软土地区施工经验，在基坑开挖后，基础桩发生了严重位移。
Cement paste with the weak foundation soil combine to form a composite foundation, can improve pile bearing capacity.
浆体与软弱地基土结合形成复合地基，可提高桩端承载力。
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