高切坡稳定性评价是一典型的半结构化问题。
The stability evaluation of artificial high slope is a half-structure problem.
高切坡是人类工程活动对自然斜坡的改造而形成的人工陡坡。
The high cut slope is the artificial steep slope transformed from natural pitch through human project activity.
该文介绍了格构锚固的特点、结构机理及其在高切坡防治中的应用。
Framed anchor features, structure mechanism and its application in controlling high cutting slope are introduced in the paper.
根据两巫公路K 95段高切坡的实际情况，运用ANSYS软件对其开挖过程进行了模拟。
According to the actual condition of high-cutting slope of Wushan-Wuxi Road K95 section, general-purpose finite element program ANSYS is used to simulate excavation process.
影响破坏模式的因素主要是构成高切坡的组成物质及其性质、水文气象条件、高切坡的形态和治理时间等。
Factors of influencing on failure modes in HIS are (1) the HIS materials, HIS characteristics, the hydrologic and weather condition, the HIS shape, and the engineering treatment time.
对所开发出来的高切坡稳定性评价系统进行测试，测试结果表明系统所开发的几种稳定性评价方法满足精度要求。
The test for the evaluation system of the high cut slope stability projected is made; and the result indicates the evaluation methods do meet the Precision requirement.
对所开发出来的高切坡稳定性评价系统进行测试，测试结果表明系统所开发的几种稳定性评价方法满足精度要求。
The test for the evaluation system of the high cut slope stability projected is made; and the result indicates the evaluation methods do meet the Precision requirement.
应用推荐