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Shear strength and K_o of peats and organic soilds

机译:抗害虫和有机固体的剪切力量和k_o

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摘要

Peats and organic soils are encountered in many geographical areas and because of their organic solids and high water content they exhibit mechanical properties somewhat different than the customary behavior of inorganic clays.Shear strength and coefficient of earth pressure at-rest are two mechanical properties that are commonly required in design of embankments and other structures over such soils.Various investigators have studied these properties of peats and organic soils both qualitatively and quantitatively.Because of the capacity of these materials to retaion high water contents,they are generally weak in their natural states but significant strength gain is achievable with consolidation.The presence of fibers induces both some anisotropy and internal reinforcement.These effects are reflected in strength parameters and lateral earth pressure transfer.Using peat and organic soil samples from sitesin Minnesota and Wisconsin,undrained strength,effective strength and coefficient of earth pressure at-rest behavior are investigated and comparisons are made with other reports of these properties to arrive general behavioral trends.
机译:在许多地理区域遇到泥炭和有机土壤,并且由于它们的有机固体和高含水量,它们具有比无机粘土的常规行为不同的机械性能。地下压力静置的主要压力和静脉压力是两个机械性能常见的堤防设计和其他结构上的其他结构。着种调查人员研究了泥炭和有机土壤的这些性质,定性和定量地。因为这些材料的产能为retaion高水含量,它们通常在其自然状态中弱弱但是,通过固结可以实现显着的强度增益。纤维的存在诱导了一些各向异性和内部增强。这些效果反映在强度参数和侧面地下压力转移中。泥炭和有机土壤样本来自明尼苏达州明尼苏达州和威斯康星州,不适合强度,有效强度和系数调查地球压力静默行为,并使用这些属性的其他报告进行比较,以获得一般行为趋势。

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