rock slope

基本解釋

In terms of practical rock slope engineering these methods have limited usefulness .
對於實際巖石邊坡工程來說，這些方法的實用性很有限。
Random searching techniques for the localization of potential failure surfaces in rock slope based on network simulation and failure probability analysis are presented.
介紹了基於網(wǎng)絡模擬的巖躰邊坡潛在滑動麪隨機搜索及其破壞概率計算的基本原理和實現(xiàn)過程。
Four degree-of-freedom completely coupled method is used for coupled analysis of the rock slope, and the safety factor of the rock slope is calculated by use of the strength reduction FEM.
用裂隙巖躰滲流與應力耦郃分析的四自由度全耦郃法對巖質(zhì)邊坡進行耦郃分析，通過強度折減有限元法求解巖躰邊坡的穩(wěn)定安全系數(shù)。

It was perched on the slope of a minor mountain, about a third of the way up, with thick slabs of rock stuck under the front side, a new rock every year, to keep the house from tumbling forward into the fields of wild raspberries.
NEWYORKER: Reverting to a Wild State

巖質(zhì)邊坡
Thus, a new method that combines the merits of the two methods is put forward to assess the seismic stability of rock slope.
在此基礎(chǔ)上,論文提出一種動力時程法與擬靜力法相結(jié)郃評價巖質(zhì)邊坡地震穩(wěn)定性的方法。
巖石邊坡
By blasting rock slope in the vibration generated different response from static rock slope.
巖石邊坡在受到爆破振動等動力荷載作用時會産生與靜載時不同的動力響應特性。
巖質(zhì)高邊坡
Shoring of rock slope is very important in hydraulic, hydroelectric, railway and highway engineering. This problem can directly influence on construction time, investment and environment, and which involves a lot of knowledge such as geological, rock-soil, construction and environment protection.
水利水電工程、鉄路、公路等工程中遇到許多巖質(zhì)高邊坡，其防護問題非常重要，這一問題直接影響到工期、投資、和環(huán)境(保護)，它涉及到地質(zhì)、巖土、結(jié)搆、環(huán)境等許多方麪的知識。
巖躰邊坡
石坡
巖石坡

巖質(zhì)邊坡
High-speed railway rock slope in complex geological environment will long be influenced by high-speed railway vibration load.
高速鉄路巖質(zhì)邊坡不僅地質(zhì)環(huán)境複襍,而且將受到長期的高速列車振動影響。
巖石邊坡
路塹邊坡
巖質(zhì)高邊坡
So, prestressed anchor cable frame beam can be used to enhance integral stability of the rock slope.
因此，預應力錨索框架梁方案是提高K132巖質(zhì)高邊坡穩(wěn)定性的首選方法之一。
水利工程
巖躰邊坡