目前，对锚杆格构梁的设计计算方法研究较少。
Currently, the study on the anchor lattice beam's design and calculating method is very scarce.
格构梁与锚管注浆复合结构是治理滑坡的一种有效措施。
The lattice beam and anchor pipe grouting composite structure is an effective engineering measure in landslide control.
本文通过工程实例探讨适合软岩边坡治理的格构梁的内力计算方法。
Internal force calculated method of lattice frame beam for projects was discussed for controlling soft rock slope.
但到目前为止，对预应力锚索格构梁的设计计算还没有提出一个合理的计算模型。
But till now there isn't a proper calculated model for prestressed anchor-cable and lattice beam's design.
通过某市友谊大道滑坡工程实例，介绍锚索格构梁在岩质滑坡治理中的设计、施工方法及效果。
Anchor-cable lattice beam is introduced on its design, construction and application effect in treatment of rock landslide by field case.
预应力锚索格构梁复合结构是一种近年来广泛用于边坡支挡和滑坡治理等方面的主动防护体系。
The complex structure of prestressed anchor-rope and lattice beam is a kind of active protective system which is wild used on slope protection as well as landslide disposing at recent years.
主要结构是由格构梁构成，柱子支撑间距为4.5米，通过一个支撑框架没1.5米开缝来支撑。
The main structure is made of latticegirders and pillars spaced at 4.5 m and braced by a supporting frameworkslotted in every 1.5 m.
为改善边坡的安全状况，消除隐患，采用对墙体灌浆、喷锚、预应力锚索和格构梁等综合加固方法。
To change slope safety and eliminate hidden troubles, some comprehensive strengthening methods are adopted, that is wall grouting, spray anchor, prestressed anchor and grid beams etc.
为改善边坡的安全状况，消除隐患，采用对墙体灌浆、喷锚、预应力锚索和格构梁等综合加固方法。
To change slope safety and eliminate hidden troubles, some comprehensive strengthening methods are adopted, that is wall grouting, spray anchor, prestressed anchor and grid beams etc.
应用推荐