岩土工程设计

  • 网络Geotechnical Design
岩土工程设计岩土工程设计
  1. 山地住宅小区有关岩土工程设计的若干经验

    Some Experiences of Geotechnical Design About Mountainous Residences

  2. 岩土工程设计的系统分析方法

    Method of Systems Analysis for Geotechnical Design

  3. 新模型为岩土工程设计提供了新的科学依据。

    The new model can provide geotechnical engineering design with new scientific basis .

  4. 欧洲岩土工程设计规范Eurocode7简介

    Introduction to geotechnical design code : Eurocode 7

  5. 抗风化设计&未来岩土工程设计的一个重要内容

    Weathering resistant design & An important aspect of future development of geotechnical engineering design

  6. 应该重视岩土工程设计和治理的全过程监督

    The Full Supervising Process of Design and Treatment Should be Emphasized in Geotechnical Engineering

  7. 初始地应力是岩土工程设计与施工所要考虑的重要因素之一。

    Initial geostress is very important for the design and the construction of rock engineering .

  8. 电力工程中的结构工程设计、动力机器基础设计、岩土工程设计等。

    Constructional engineering design , dynamic machine foundation design , geotechnical engineering design for electric power .

  9. 岩土工程设计需要同时满足极端的极限状态和功能极限状态要求。

    The design of a geotechnical work should satisfy both the ultimate limit state and serviceability limit state requirements .

  10. 这一结论对考虑蠕变稳定性的岩土工程设计具有重要的指导意义。

    There is an important directive meaning for this result to account for the creep stability in the geotechnical engineering fields .

  11. 土体剪切波速是土力学研究与岩土工程设计的关键参数之一。

    The shear wave velocity in soils was the main parameter generally used in soil mechanics researches and geotechnical engineering practices .

  12. 对比分析了抗剪强度几种不同试验方法,指出在岩土工程设计中,应根据工况选择合理的试验方法,使提供的强度指标更符合实际情况。

    The paper analyzed several test methods of shear strength , proposed to choose reasonable test methods in geotechnical engineering design for reference .

  13. 在岩土工程设计中,如何合理地选取岩体强度参数是一个至关重要的问题。

    It is well known that how to select suitable strength parameters of rock masses is of great importance in the design of geotechnical works .

  14. 强调支护设计要遵循大变形岩土工程设计的思想与原则。

    It is also emphasized that the geotechnical design thinking and principle under the condition of large deformation must be followed during design of supporting .

  15. 精确地评价土的力学性质,提供可信赖的设计参数,对岩土工程设计具有重要的现实意义。

    It is of great importance to precisely appraise the mechanical characteristics and to provide credible design parameters of soils for the design of foundation engineering .

  16. 研究结果对于岩土工程设计和数值计算时岩样黏聚力和内摩擦角的选取具有参考价值。

    The research results provide the reference value for the choice of the cohesion and internal friction angle of rock samples in the process of geo-engineering design and numerical simulation .

  17. 对于提高岩土工程设计水平,评价工程安全性能等,均有重要的理论意义和工程实用价值。

    This also has utmost theory and engineering significance to improve geo-technical engineering design level , appraise engineering security and optimize the construction of tunnel and dam in the seepage-stress coupling process .

  18. 这些实测结果表明钻孔过程参数随时间的动态监测可为工程质量管理和控制以及岩土工程设计和检验提供丰富、有利的真实数据和资料。

    The results show that the variations of the drilling parameters with time can provide rich and useful factual data and information for geotechnical design and verification , construction management and quality control .

  19. 本文就侧压系数以及岩体参数与地下洞室围岩的稳定性的关系进行了理论上的探讨,并得到了有意义的结论,它可以为地下岩土工程设计提供参考和设计导则。

    This paper discussed the relationship between side pressure coefficient , the parameter of the material and the stability of the underground rock wall . The conclusion is significant , and it can offer references and guide for the design .

  20. 在岩土工程设计中,对于不同地质条件、不同土层、不同桩型和承受不同性质荷载的桩基,在取相同安全系数的条件下,其实际的安全度是不同的。

    In the designing of the geotechnical engineering , in the circumstance that in different geology conditions , different soil strata , different pile types and different loads characters , the safe degree of the pile foundation is different even using the same safe coefficient in the design .

  21. GIS支持下的岩土工程勘察设计区域化

    The Regionalization of Geo-technology Survey and Design Based on GIS

  22. 崩塌分类和崩塌稳定性检算方法已被《岩土工程勘察设计手册》和《地质灾害勘查指南》等采用。

    The classification methods and the calculating methods for the stability of collapses are used by Geotechnical Investigation and Design Manual and Geological Hazards Investigation Guide .

  23. 提出围岩变形监测为隧道大变形预测、优化二次支护时间等提供科学依据和施工建议,是岩土工程信息化设计、施工的重要手段。

    Surrounding rock deformation monitor offers the scientific basis for large deformation and majorized quadratic bearing time and rational suggestion in safety tunnel construction , which is an important method of geotechnical engineering information design and construction .

  24. 基于可靠性理论的岩土工程反分析设计

    Inverse analysis design in geotechnical engineering based on the reliability theory

  25. 介绍一种计算机辅助绘制岩土工程图的设计思路。

    A new design of Graph-making of Computer-aided Geotechnical Engineering is introduced .

  26. 软土地基沉管隧道岩土工程勘察方案设计探讨&宁波常洪隧道岩土工程勘察分析

    Geotechnical Exploration Scheme of Immersed Tube Tunnel in Soft Ground

  27. 综述岩土工程勘察、设计、施工监理特征。

    Review of geotechnical engineering , design , construction management features . 3 .

  28. 浅论岩土工程极限状态设计基本思想

    Basis of Geotechnical Engineering Limit State Design

  29. 谈岩土工程的可靠性设计

    Reliability design of geotechnical engineering

  30. 以可靠度理论为基础的概率设计方法,是岩土工程结构抗震设计发展的必然趋势。

    The probabilistic design methods based on reliability theory will no doubt be increasingly applied in the aseismic design of geotechnical engineering structures .