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Experimental and Numerical Research of Stress-Strain State of Homogeneous Soil Massif at Interaction with Single Barrette

机译:单夹辐射互动均质土壤应力 - 应力状态的实验与数值研究

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Deep foundations are used for the design of high-rise buildings due to a large pressure transfer on the soil base. The foundations of buildings sometimes use barrettes which are able to perceive significant vertical and horizontal loads due to improved lateral surface. Barrettes have increased load bearing capacity as compared with large diameter piles. In modern practice the interaction between barrettes and soil is investigated by analytical and numerical methods and has no sufficient experimental confirmation. The review of experimental methods for the research of the intense stress-strain state of the uniform soil massif at interaction with elements of a deep foundation is provided in this article. Experimental research are planned with the use of laboratory stand for the purpose of qualitative data obtaining on the interaction barrettes with an assessment of a settlement model adequacy and also at the research of the intense stress-strain state by numerical methods.
机译:由于土壤基础上的大压力转移,深层基础用于高层建筑的设计。建筑物的基础有时使用管道,该管道能够感知由于改进的侧表面而感知的显着垂直和水平载荷。与大直径桩相比,管道具有增加的承载能力。在现代实践中,通过分析和数值方法研究了管道和土壤之间的相互作用,并没有足够的实验证实。本文提供了对均匀土壤脉质量的强应力 - 应变状态研究的试验方法。实验研究计划使用实验室代表进行定性数据,以评估结算模型充足性以及通过数值方法对浓度应力 - 应变状态的研究进行评估。

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