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Investigation of the strength development in cement-stabilised soils of volcanic origin

机译:火山成因水泥稳定土中强度发展的研究

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Two sets of soils of volcanic origin, denoted LM1 and LM2, stabilised with variable OPC content and compacted at different pressures were studied. Optimal parameters, namely, compaction pressure, moisture and OPC contents have been defined for each sample in relation with their characteristic compressive strengths at the age of 7 days. Results show a compaction pressure of 8 MPa is adequate for both soils (LM1 and LM2) to yield maximum dry compressive strength of 9.0 ±0.1 MPa. Furthermore, 20wt% of coarse sand as sand replacement increases these values by about 50%. These results are acceptable values for building and civil engineering purposes.
机译:研究了两组火山成因的土壤,分别为LM1和LM2,这些土壤以可变的OPC含量稳定并在不同压力下压实。已针对每个样品定义了最佳参数,即压实压力,水分和OPC含量及其在7天龄时的特征抗压强度。结果表明,对于两种土壤(LM1和LM2)而言,8 MPa的压实压力足以产生9.0±0.1 MPa的最大干抗压强度。此外,作为替代砂的20wt%的粗砂可使这些值增加约50%。这些结果对于建筑和土木工程而言是可接受的值。

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