1·Anchor support is one of critical factors for the safety of foundation excavation.
锚索支撑是在建基坑工程安全的关键因素之一。
2·The bracing support structure is an important junction in the process of foundation excavation.
基坑施工中围护结构是重要的一个环节。
3·The choice and application of retaining by piles in row for deep foundation excavation in soft clay;
文章介绍了桩锚支护形式在老粘土地区超深基坑支护中的应用情况，并总结出其应用的良好效果。
4·The composite soil-nailing retaining wall are adopted to shallow foundation excavation at depth of 4-6m in the mollisol.
软土地区常见的4~6米浅基坑常采用复合土钉墙形式进行基坑围护。
5·At the same time, the effect of foundation excavation on the stability of embankment and slope of the foundation is studied.
同时，研究了基础开挖对围堰和基础边坡稳定性的影响。
6·When confined aquifer under the bottom of the pit, the foundation excavation will reduce the thickness of overlying impermeable layer.
在基坑底部以下存在承压水层的情况下，基坑开挖减少含水层上覆不透水层的厚度。
7·The plinth foundation excavation work was divided by two stages the first one was ordinary excavation, the second one was rock excavation.
趾板基础开挖分两期进行，一期为一般开挖，二期为岩石开挖。
8·Soil nailing is the most economic way for support of foundation excavation, and it is widely applied to all kinds of foundation excavation.
土钉支护是最经济的基坑支护方式之一，广泛地应用于各类基坑支挡结构中。
9·The result proved that the embankment foundation excavation was smooth and the houses nearby haven't any displacement and dropping appearance.
经实施，堤基开挖顺利，附近房屋无任何位移与沉降迹象。
10·The "4 + x" toe slab design concept makes toe slab design and foundation excavation easy and economy, so, it is more scientific and reasonable.
采用“4 + X”的趾板设计思想，趾板的设计和基础开挖灵活经济，因此更为科学合理。