越岭隧道

21世纪以来，随着经济建设快速发展以及西部大开发战略的实施，在水电工程、交通工程、跨流域调水工程中，越岭隧道方案被大量采用并逐渐朝深埋、特长方向发展。

In the 21st century , with the rapid development of economic construction and the implementation of the western development strategy , watershed tunnel scheme is adopted in great quantities and towards deeper lying , extra-large direction in hydropower engineering , transportation engineering 、 inter-basin diversion project .

高速铁路超长越岭隧道GPS洞外控制测量方案研究

Controlling survey scheme of GPS in long tunnel for the high-speed railways

西南岩溶山区汇水条件及其对越岭隧道涌突水的控制作用

Karst Region Groundwater Catchment Feature in Southwest China and Control Action on Cross-mountain Tunnel

越岭隧道地区构造应力场测量方法研究

The study of measure methods for tectonic stress field in the area of tunnel through mountain

模糊层次性综合评判模型对越岭隧道开挖和支护方式的选择初探

Preliminary study of the fuzzy AHP evaluating model on the choice of excavation and shoring method in tunnel through mountain

为未来越岭隧道地区现代构造应力场的研究和测量提供了一套较为系统的新方法。

It offers a set of systematic new methods for researching and measuring the recent tectonic stress field in the area of tunnel through mountain in the future .

文章介绍了越岭隧道的长斜井、深竖井、平导、横洞的设计和施工情况。

The paper reviews the design and construction of the long inclined shafts , the deep vertical shaft , the parallel adit and the access adit for the tunnel .

并分析了运用地下水动力学法和地下水径流模数法相结合，在山地越岭隧道突水预测设计中的应用优势和实用性。

The superiority and applicability of the forecast calculation on the water gushing capacity of tunnel in mountainous regions by applying the groundwater dynamics method combined with the groundwater runoff modulus method are also analyzed in this paper .

石太客运专线越岭特长隧道地应力场特征研究

A Study on Geostress Field Characteristics in Area of Long-tunnel Through Mountain along Shijiazhuang-Taiyuan Passenger Railway Line

秦岭越岭长隧道地区构造应力场特征分析

Analysis of Features of Regional Tectonic Stress Field in the Area of the Long-tunnel Through Qinling Mountain

一些埋深大、地应力高的越岭、跨海隧道纷纷上马，这为隧洞施工地质灾害的发生提供了一个广阔的空间，尤其是岩爆。

Some tunnels will be designed and constructed in deep strata 、 in high field stress or under the sea , these provide one big vast space for tunnel construction geology calamity , particularly for the rock burst .