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。
Based on the analysis of different calculation methods to heavy vehicle loads, this paper presents different determining methods of load in the design of slab, beam, column and foundation.
通过对确定大型车辆荷载的各种计算方法的分析比较,提出了在板、梁、柱及基础设计时大型车辆荷载的取值可分别采用的不同方法。
Based on the relation of pile with earth, cancel the slab to design container foundation adopting high intensity prestressed pipe pile.
根据桩土体系之间的关系,取消承台,对罐基础采用高强预应力管桩的桩土复合地基设计。
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