In the geotechnical engineering world, increasingly extensive attentions have been paid to the issue—how to correctly understand the failure mechanism of surrounding rockmass for safe excavation and support optimization.
如何深入认识围岩破坏机理,指导工程开挖安全、支护优化的顺利实现,已受到理论界和工程界日益广泛的重视。
参考来源 - 开挖应力状态下隧道围岩损伤演化及渐进破坏规律研究·2,447,543篇论文数据，部分数据来源于NoteExpress
研究成果对损伤区的检测和支护优化设计具有指导意义。
The research results can direct the detection of damage zone and support optimal design.
通过对武汉某一工程实例的分析，阐述了深基坑支护优化设计的重要性。
The paper expounds the significance of optimizing design on foundation pit supporting by a certain engineering case study in Wuhan.
基坑支护优化设计就是对方案空间和细部结构空间进行交替搜索的过程。
Thus , the optimization design of the retaining and protecting system is the procedure of alternative searching between these two spaces.
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