地质工程设计

地质工程设计地质工程设计
  1. 关于地质工程设计中突破口预测方法的研究

    Study on Predication means of breach in geo-engineering design

  2. 地质工程设计具有非结构化、非参数化、非规范化特征,同时,也具有风险与优化性和反馈与可变更性。

    The main characteristics of geo-engineering design is non-structure , non-parameter and non-standard , meanwhile , " risk optimazing " and " feed back changeable " .

  3. 本文归纳了地质工程设计的基本内容,探讨了基于几何和基于人工智能的计算机辅助地质工程设计。

    The basic contents of geo-engineering design are summarized , and the geometry-based and the AI-based , computer aided geo-engineering design of support system is discussed .

  4. 公路地质灾害整治工程设计中的工程地质分析&以川藏公路二郎山隧道西口大湾沟滑坡整治工程为例

    Engineering geology analysis in the control project design for highway geological disaster

  5. 地质工程专业毕业设计(论文)的教学实践与思考

    Teaching Practice and Thinking on Graduation Thesis of Geological Engineering

  6. 地质工程计算机辅助设计支持系统及其应用

    Computer-aided geo-engineering design of support system and its application

  7. 介绍了2口井的地质设计、工程设计、井壁稳定、轨迹控制等内容。

    The geology design , drilling engineering plan , well stabilization and trajectory control programs for the two wells are introduced .

  8. 从岩石、岩体构造、原岩应力、水文地质条件、工程设计和施工因素以及围岩应力等六个方面论述和探讨了现场岩爆发生的条件。

    The Conditions of in situ rock-burst were probed into from rocks , rock mass structure , in-situ stress , hydrological conditions , engineering design and construction factors .

  9. 岩体结构图形可视化是岩体结构研究的一个有效手段,它可以为地质工程师和工程设计人员提供直观的图形资料,以便他们做出合理的地质判断和工程设计。

    Graph visualization for rock mass structure is a useful method , which can offer visual graphic data for geologic engineers and engineering design personnel so that they can make more reasonable geological survey and engineering design .

  10. 结合渤601井实际情况,给出了地质设计和工程设计,分析了施工过程中主要技术难点,介绍了钻前准备工作、欠平衡钻进、完井和施工效果。

    The geological design and engineering design of Bo-601 well , the main technical difficulties in drilling construction , and the pre-drilling preparation , drilling , completing and construction result of the under balance pressure drilling of Bo-601 well are introduced in detail .

  11. 结合地质条件,通过工程设计、施工组织设计与经济分析,本文对某供水隧洞采用钻爆法及TBM全断面掘进机施工方案进行了论证。

    By the analysis of project design , construction organization design and economical efficiency of a long water supply tunnel , the author demonstrates the construction scheme of drilling and blasting method and TBM gross section digging in method under the geological conditions .

  12. 工程地质勘察是进行工程设计和施工的前提,而勘察取样是取得地下岩土层工程性质的重要手段。

    Engineering prospecting is the premise for engineering design and construction , sampling is the important method to get the engineering properties of soil .

  13. 通过对浊积层体积规模、发生频率、分布范围以及浊流形成条件的分析,探讨了浊流作用的灾害特点,后者可作为该区环境地质评价及海底工程设计的参考和依据。

    The hazardous characteristics of the trubid flow is discussed based on an analysis of turbidity thickness , occurrence frequency and turbidity distribution , which would be as reference for geological environment evaluation and submarine engineering developing plan in this maritime space .

  14. 表明重视地质条件对地质工程设计、施工及支护的指导和控制作用,有利于克服设计、施工与地质脱节的现象,可确保工程的合理设计和施工的顺利进行。

    The results indicates that the phenomenon of disaccord for design , construction and geology will be over-comed and the rational design and favoring construction will be assured if the geological condition 's control effect to geological engineering design , construction and support can be paid great attention to .

  15. 应用程序通过该组件的接口实现区域水文地质空间数据和属性数据的交互查询和更新,为水文地质工程辅助设计模块提供输入数据。

    This system interfaced by this component makes the realization of exchanging / updating of hydrogeological spatial data and attribute data , which will provide input data for hydrogeology engineering accessorial design module .