首页> 外文期刊>材料科学与化学工程(英文) >Physical Characterization of Batie and Bandjoun-Djione Sands (West-Cameroon), Used in the Manufacture of Concrete: Improvement of Resistance to Compression
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Physical Characterization of Batie and Bandjoun-Djione Sands (West-Cameroon), Used in the Manufacture of Concrete: Improvement of Resistance to Compression

机译:用于混凝土生产的Batie和Bandjoun-Djione砂(喀麦隆西部)的物理特征:提高抗压强度

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The objective of this work, was to characterize the sands of the quarries of: Bandjoun-Djione, Djengou, Hiala and La’gou I, mainly from their mechanical strengths, the equivalent of sand and the finesse module. In order to study the compressive strength of concrete made from these sands, we determined their granularity, fineness modulus and density;the concrete was then formulated by the Dreux-Gorisse method. A total of 72 specimens were constructed with the objective of achieving an average compressive strength of 25 MPa at 28 days. But we have obtained a compressive strength at 28 days, varying from 13.14 MPa to 17.50 MPa. The correction of the modulus of fineness of these sands made it possible to improve the granularity and increase the compressive strength of these concretes by more than 70%. We have thus obtained the compression resistance of 25 MPa aimed for each of the corrected sands.
机译:这项工作的目的是要描绘争吵的沙子:Bandjoun-Djione,Djengou,Hiala和La'gou I,主要来自其机械优势,相当于沙子和技巧模块。为了研究由这些砂体制成的混凝土的抗压强度,我们确定了它们的粒度,细度模量和密度;然后通过Drex-Gorisse方法配制混凝土。构建了72种样本的目的是在28天内实现25MPa的平均压缩强度。但我们在28天获得压缩强度,从13.14 MPa到17.50 MPa不同。这些砂体的细度模量的校正使得可以提高粒度并使这些混凝土的抗压强度增加超过70%。因此,我们已经获得了针对每个矫正砂的25MPa的压缩电阻。

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