软土地基中基坑渗流诱发的土体破坏是引起基坑工程事故的一个重要因素。
The seepage of foundation pit is one of the important factors that can cause soil collapse and structure failure in soft soil.
在软土地基上建造的高层建筑，有时因地下围护结构的失稳或基坑挖土方法的不当造成基础群桩发生严重位移的工程事故。
The underground pit wall structure unstability or foundation pit excavations accident will cause multi -pile(group- pile) serious movements when high- rise building built on soft ground.
基坑工程涉及领域广，技术难度大，工程事故多，且造成的损失严重。
The excavation engineering involving technologies of wide fields is so difficult to deal with that engineering accidents are frequently happened and brought about a great loss.
近年来，基坑工程安全事故频频发生，因此加强对基坑支护施工的管理具有重要意义。
In recent years, the foundation pit engineering safety accident occurred frequently, so to strengthen the management of the construction of the foundation pit is important.
涉及因素众多的城市深基坑工程往往事故率较高，说明基坑工程设计理论尚不够完善，还有待于提高与改进。
Because deep foundation pit engineering in urban involved many factors, its accident ratio is very high, which indicates that foundation pit engineering design theory isn't perfect and needs improve.
如何最大程度地减小深基坑工程施工中的事故发生率以及事故造成的损失，已成为一个迫切需要解决的课题。
How to reduce the possible accidents and the consequent losses constitutes the most urgent problem in deep foundation pit engineering.
对施工问题引起的深基坑工程病害事故进行技术分析，并详细介绍了目前基坑工程病害事故采用的主要处理措施。
The article is introduced that technical analysis about deep foundation due to construction problem, and the management to current foundation diseases and accidents.
因此，如何对已发生基坑边坡失稳、垮塌、滑动破坏等事故的加固处理是每个从事基坑工程设计、施工、监理以及管理人员面临解决的主要问题。
Therefore, how to reinforce pit slope after its loss of stability, collapse and slide is a key problem which designer, builder, supervisor and manager who are engaged in pit engineering have to face.
如何最大程度地减小深基坑工程施工中的事故发生率以及事故造成的损失，已成为一个迫切需要解决的课题。
The higher accident rate in the construction of deep foundation pit is concerned with the level of construction management.
如何最大程度地减小深基坑工程施工中的事故发生率以及事故造成的损失，已成为一个迫切需要解决的课题。
The higher accident rate in the construction of deep foundation pit is concerned with the level of construction management.
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