黄土状土

黄土状土黄土状土
  1. Q(2,3)黄土状土极限侧阻力及端阻力标准值探讨&以龙山发电厂试桩工程为例

    Study on the Standard Values of Ultimate Side Friction and Tip Resistance of Pile in Loess Soil & Taking Loading Tests in Longshan Electric Power Plant Project as the Example

  2. 长春地区分布着第四纪(Q2&Q3)的黄土状土,一般厚10~20m,主要为粉质粘性土。

    The Quaternary ( Q_2 Q_3 ) loess-like soil is distributed in the Changchun area and its thickness is up to 10 20m , in which the silty clay is dominant .

  3. 黄土状土和火山灰粘性土的动剪强度研究

    Dynamic Shear Strength of Loessial Soils and Volcanic Cohesive Soils

  4. 长春地区黄土状土湿陷性的初步分析

    A preliminary study on Collapsibility of loess-like soil in Changchun

  5. 长春黄土状土的水文、工程地质特性及降水方案的确定

    Characteristic of microstructure , engineering geology and hydrogeology of loessial soil in Changchun

  6. 山东鲁中南地区黄土状土特征及地基处理

    The characteristic of the loessial soil in the MIDST-SOUTH region of the Shandong and the foundation treatment

  7. 根据同一试验场地厚层非湿陷性黄土状土中8根大直径扩底墩、2根等直径桩的竖向承载力静载试验,对扩底墩的竖向承载性状进行了研究。

    Based on the load tests of8 large diameter belled piers and2 friction piles , the vertical bearing behavior of the belled pier in non-collapsing loess-like soil is studied .

  8. 本文从试桩资料入手,针对Q2,3黄土状土,详细分析了桩的荷载传递特性及承载性状,发现了现行规范的缺陷,为Q2,3黄土状土分布区的桩设计提供了可借鉴的经验。

    The load transmission characteristics and bearing behaviors of pile in loess soil Q_ ( 2,3 ) are analyzed through the loading test data and the limitations of the current codes are found , which supply the benefited experience for the pile design in losses soil Q_ ( 2,3 ) .

  9. 黄土状地基土浸水后的沉降分析及补强加固

    Settlement Analyses And Reinforcement Strengthening Of Loessial Subsoil After Inundate

  10. 黄土状盐渍土在西北地区诸省均有分布。

    Loess salted soil are distributed over the Northwestern areas in China .

  11. 黄土状粉土液化模拟中的微结构分析

    Analysis on the microstructures of loessial silt of liquefaction

  12. 黄土状水泥土抗剪强度特性研究

    Research on mechanical properties of cement loess

  13. 本文在黄土已有研究成果的基础上,通过三轴剪切试验对类黄土(黄土状土)的强度软化特性进行了重点研究。

    This paper mainly studies the strength softening characteristic of loess-like soil by triaxial shear test on the basis of primary research productions of loess .