首页> 外文会议>ICEESD 2011;International Conference on Energy, Environment and Sustainable Development >Experimental Study of Triaxial Test of Gravel Soil in Yili's First Coal Mine
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Experimental Study of Triaxial Test of Gravel Soil in Yili's First Coal Mine

机译:伊犁煤矿碎石土三轴试验试验研究

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The strength of gravel soil of Yili's First Mine in different water contents was studied by multifunction static and dynamic triaxial test machine. The results show that (1) The yield limit decreases with the increasing of water content under steady confining pressure, and the greater the confining pressure, the greater the yield point of its axial in the same moisture conditions. (2) The expansion becomes into contraction with increasing moisture content. (3) Strength index of gravel soil becomes smaller with the increase of moisture content. The relationship between friction angle Φ and water contents w is Φ = 21.259 + 2.258w-0.185w~2. And the relationship between cohesion (or bite force) c and water contents is c = 66.028+0.058w-0.659w~2. The results provide a theoretical basis for shaft design and construction of Yili's First Mine.
机译:采用多功能静态和动态三轴试验机研究了伊利伊利第一矿石砾石土壤的强度。 结果表明,(1)屈服极限随着稳定狭窄压力的增加而降低,狭窄压力越大,其轴向在相同的水分条件下越大。 (2)扩张与增加水分含量的收缩。 (3)水分含量增加,砾石土的强度指数变小。 摩擦角φ和水含量W之间的关系是φ= 21.259 + 2.258W-0.185W〜2。 并且内聚力(或咬伤)C和水含量之间的关系是C = 66.028 + 0.058W-0.659W〜2。 结果为伊利第一个矿井的轴设计和施工提供了理论依据。

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