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Mechanical property of soils by measuring contact pressure distribution

机译:通过测量接触压力分布来确定土壤的力学性能

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According to the loading plate test, the coefficient of subgrade reaction ratio between insidernplate and outside plate is defined in terms of the relationship between settlement and average load intensity.rnRelationship between the distribution of subgrade reaction and internal friction angle obtained from the triaxialrncompression test is discussed. The conclusions in this study are as follows; (1) Coefficient of subgradernreaction ratio differs for kind of geomaterials, particularly the values reflects the difference of sandy soil andrncohesive soil definitely. (2) Internal friction angles in terms of total stress on various geomaterials have arnclose relationship with the subgrade reaction ratio. (3) The geomaterials can be classified into c material, crnand material, and material using the coefficient of subgrade reaction ratio.
机译:根据承重板试验,根据沉降与平均荷载强度之间的关系定义了内外板间路基反应比的系数。讨论了三轴压缩试验得到的路基反应分布与内摩擦角的关系。 。本研究的结论如下: (1)地基反应系数因土工材料的种类而异,特别是该值明确反映了砂土和粘性土的差异。 (2)以各种土工材料上的总应力为单位的内摩擦角与路基反力比具有密切的关系。 (3)根据路基反应比系数,可将土工材料分为c材料,克氏材料和材料。

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