工程地质作用

试论工程地质作用的时间尺度问题

Discussion about Time Scale of Engineering Geological Process

对几十年到几百年的时间尺度上的工程地质作用进行了探讨。

Making an approach to the time scale of several tens to hundreds years of engineering geological process is put forward and inquired in this paper .

城市中工程地质作用与现象的特点

The Characteristics of Engineering Geological Processes and Phenomena in City

认为危岩体的形成是在构造断裂、软层临空卸荷等基础上底部采煤工程地质作用的结果；

It formed by the geological engineering activities of coal-mining at the bottom on the basis of structural faults , weak beds and unloading on margins hanging in the air .

上海地铁M4号线建设重大事故发生后，对地下工程潜在环境地质作用的研究显得特别重要。

Along with stepping on the juice of the City construction , the effect of underground engineering develops to a key function of Shanghai City , especially after the NO. M 4 underground railway accident occurred .

从震损调查看三峡工程的地质减灾作用

The Three-gorges Engineering Reduce Geology Disaster Function According to the Investigation after Earthquake

在LPG地下洞库的建设中，选区的工程地质条件起决定性作用。

The engineering geologic conditions in the selected area of constructing LPG underground storage caverns played a decisive role .

充分发挥钻探技术人员在工程地质勘察中的作用

Fully Strengthen the Role of Drilling Technicians in Geological Engineering Exploration

地球整体观对水文地质工程地质研究的指导作用

Guiding role of holistic view of the earth in hydrogeological and engineering geological researches

要重视地质灾害形成发育的规律，特别是人类工程活动与自然地质作用相互关系的研究。

Attention should be paid to the study of the regularities of formation and development of geological hazards , especially the study of the interrelation between human engineering activities and natural geological processes .

因此，山区公路建设中作好各种汇水面的排水和防护是减少水土流失的重要措施。6、在分析了工程活动与地质环境相互作用机制基础上，探讨了道路工程与地质环境相互作用规律。

The drainage of catchment surface is important measure of reduce soil erosion in mountainous area highway construction . ( 6 ) Based on interaction mechanism analysis of road engineering construction and geological environment , we inquire the interaction law of road projects and the geological environment .

因此其研究内容，围绕工程与环境的相互作用这个核心，包括天然工程地质条件和环境、工程的地质作用和环境效应即人为地质现象，特别是人为地质灾害的可能性。

So its theoretical kernel-interaction between engineering and the environment , and its objects include natural engineering geological conditions and the environment geological action and environment effects of engineering , i.e * artificial geological phenomena , especially , possible artificial geological disasters .