Earth pressure is the main load on retaining structure, and the calculation of earth pressure on retaining structure is an important aspect in structure design.
土压力是作用在挡土结构上的主要荷载，土压力计算是挡土结构设计的重要内容。
Research purposes: This paper researches the distribution mode of the earth pressure on a cable anchor tied-back pile-slab wall flexible retaining structure on an embankment's shoulder or slope.
研究目的：本文研究路肩(堤)式预应力锚索桩板墙柔性支挡结构的土压力分布规律。
The anchor slab structure is a type of retaining wall which consists of prefabricated face panels, tie-bars and anchor slabs embedded in earth fill.
锚定板挡土结构是一种用于填土的轻型挡土建筑物。它由挡土墙面，钢拉杆和埋置于填土中的锚定板组成。
The reinforced earth structure is popularized in the earth-retaining wall, but the reinforced earth overflow dam is few.
加筋土结构在挡土墙中的应用已较为普及，但作为溢流拦河坝的坝体结构目前却较少。
It was proved that the rc net reinforced earth retaining structure is reasonable, and can be applied to practical engineering.
试验及分析表明，该网格式加筋土挡土结构是一种结构合理、可以应用于实际工程的新型挡土结构。
Gravity retaining structure refers to a kind of retaining structure that balances the earth pressure behind the wall mainly on the gravity of the body of wall.
重力式支挡结构是一种依靠墙身自重来平衡墙后土体产生的土压力的挡土结构。
The distribution of earth pressure between the combined retaining structure is one of the key questions urgently to be solved.
土压力在联合支护中的分配是其亟待解决的关键问题之一。
The earth pressure on the circular retaining structure is reduced by the soil arching effect, and the high compression resistance character is fully used.
圆形支护结构利用土的拱效应，降低了作用在支护结构上的土压力，同时将外部荷载转化为内部压力，充分发挥了混凝土抗压性能好的特点。
Water and earth pressures on retaining structure are related not only to the soil categories, but also the void ratio.
围护结构上的水土压力计算不但与土体分类有关，还与孔隙比直接相关。
Water and earth pressures on retaining structure are related not only to the soil categories, but also the void ratio.
围护结构上的水土压力计算不但与土体分类有关，还与孔隙比直接相关。
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