根据工程实践，着重阐述了锚杆挡土墙的施工技术。
According to the engineering practice, the construction technology of anchored retaining wall is stated.
锚杆挡土墙是利用锚杆技术形成的一种挡土结构物。
Using the anchor bolt retaining wall is the technology of the formation of a soil retaining structures.
锚杆挡土墙在各种锚固工程中的应用有着广阔的发展前景。
The application of anchor rod retaining wall in various anchorage projects has wide developing prospect.
由于锚杆挡土墙构造特殊，侧向压力的影响因素更为复杂。
Due to the special structure of retaining bolt, the influence factors of the lateral pressure is more complex.
锚杆挡土墙可减少土方开挖工程量，有效避免不良地质情况下的边坡塌方。
Anchored retaining wall can reduce the earth excavation quantity and avoid slope collapse in unfavorable geological conditions effectively.
使得锚杆挡土墙复杂的设计计算工作变得准确、快捷和可靠。在设计中引入位移法和力法求解肋柱结构内力，增强了软件本身的功能。
Especially the methods of displacement and force used to calculate the structure internal force of rib beam in the software, which makes the software's function enhanced.
本文提出一套锚杆式挡土墙的实用计算方法，并在实际工程加以应用，取得了良好的技术与经济效果。
A series of calculation method for anchorage retaining wall is proposed, and they are used in practical construction, followed with a perfect technological and economical effects.
该钻机主要用于土、岩锚杆、路基、坝基、挡土墙加固、爆破孔等钻孔工程以及高压旋喷孔的施工。
The drilling rig is mainly used in soil and rock anchoring, consolidation of road base, dam base and retaining wall, and blasting hole drilling and jet-grouting.
从理论上分析和从实测结果来看，影响锚杆式挡土墙后土压力的分布因素非常复杂。
Theoretical analysis and experimental results from effect anchor earth-retaining wall pressure distribution factor would very complicated.
挡土墙和锚杆是保持边坡稳定常采用的工程措施，而土压力则是决定挡土墙和锚杆稳定性的一个关键因素。
Retaining walls and anchors are usually used to keep the stability of slopes, and earth pressure is a key factor to determine the stability of retaining walls and anchors.
因此，非常有必要对经典土压力理论进行一定的改进，给出合理的土压力分布和简单实用的合力作用点确定方法，并研究其对挡土墙和锚杆稳定性的影响。
Therefore, it is very necessary to improve traditional theories of earth pressure in order to provide the method determining the application location and distribution of earth pressure reasonably.
因此，非常有必要对经典土压力理论进行一定的改进，给出合理的土压力分布和简单实用的合力作用点确定方法，并研究其对挡土墙和锚杆稳定性的影响。
Therefore, it is very necessary to improve traditional theories of earth pressure in order to provide the method determining the application location and distribution of earth pressure reasonably.
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