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MIXTURE DESIGN METHOD FOR FLUIDIZED SOIL, AND MANUFACTURING METHOD FOR FLUIDIZED SOIL
MIXTURE DESIGN METHOD FOR FLUIDIZED SOIL, AND MANUFACTURING METHOD FOR FLUIDIZED SOIL
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机译:流态化土壤的混合设计方法及流态化土壤的制造方法
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摘要
PROBLEM TO BE SOLVED: To provide a versatile mixture design method for fluidized soil and a manufacturing method for the fluidized soil that enable an appropriate blend to be calculated to suit a change in a fine-grained fraction content.;SOLUTION: A mixture design method for fluidized soil comprises the steps of: setting a material separation boundary value for density of slurry containing fine-grained soil; setting a self-leveling boundary value for the density containing fine-grained soil; setting a target density for slurry containing fine-grained soil, in a range between the material separation boundary value and the self-leveling boundary value; calculating slurry density corresponding to the target density for slurry containing fine-grained soil; finalizing mass ratios of source material soil and water to be blended, on the basis of the slurry density; and determining a solidification material to be added per 1 m3 of the slurry formed according to the mass ratios of the components.;SELECTED DRAWING: Figure 3;COPYRIGHT: (C)2016,JPO&INPIT
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机译:要解决的问题:提供一种用于流化土壤的通用混合物设计方法和一种用于流化土壤的制造方法,从而能够计算出适合的混合物以适应细粒级分含量的变化。解决方案:一种混合设计方法用于流化土壤的步骤包括以下步骤:设置包含细粒土壤的泥浆密度的材料分离边界值;为包含细粒土壤的密度设置自流平边界值;在材料分离边界值和自流平边界值之间的范围内,设置含有细粒土壤的泥浆的目标密度;计算与含有细粒土壤的泥浆的目标密度相对应的泥浆密度;根据浆液密度最终确定要混合的原料土壤和水的质量比;并根据各组分的质量比确定每形成1 m 3 Sup>所形成的浆液要添加的固化材料。;抽选图:图3;版权:(C)2016,JPO&INPIT
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