deformation of deep excavation 深基坑变形
deep-excavation 基坑开挖
deep excavation pit 深基坑开挖
deep excavation cut 深挖路堑
metro deep excavation 地铁深基坑
deep excavation work 深基坑工程
subway deep excavation 地铁深基坑
The simulation results provide quite valuable reference for the design and construction of the deep excavation works.
计算结果表明,ANSYS有限元程序,将为深基坑支护设计施工提供有效依据。
参考来源 - 基于ANSYS对基坑不同支护结构的计算分析With the continuous development of the urban construction, the springing up of high-rise buildings and the exploitation of the underground space, the deep excavation project is increasing rapidly.
随着城市建设的不断发展以及高层建筑的兴起和地下空间的开发利用,基坑开挖工程日益增多。
参考来源 - 土钉支护结构的工作原理和工程应用研究The interaction of piles and soil lateral movement in deep excavation on soft ground belongs to the research scope of passive piles.
软弱地层深挖基坑中工程桩与流动土体相互作用属于被动桩的研究范畴。
参考来源 - 软弱土体对工程桩的侧向作用分析Deep excavation adjacent to the current subway tunnels are inevitable in the urban region with the continuous city development.
随着城市建设的发展,经常会在已建地铁隧道周围进行深基坑开挖工程。
参考来源 - 临近地铁隧道的深基坑开挖分析·2,447,543篇论文数据，部分数据来源于NoteExpress
Experience and monitor data indicate that design and construction of the deep excavation engineering are successful.
施工实践和监测数据表明，工程的设计和施工取得了圆满成功，为类似基坑工程积累了宝贵经验。
The advantages of soil nailing walls are convenient construction and low cost, etc. They have already been used in protective structure of deep excavation extensively.
土钉墙具有施工便捷、现场文明、造价低廉等优点，已在深基坑支护结构中得到广泛应用。
With more and more deep excavation, the depth is also growing.
随着深基坑工程越来越多，深度也越来越大。
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