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Prediction of Compressive Strength and Modulus of Rupture of Mortar Containing Added Ash Bagasse

机译:抑制灰浆砂浆抗压强度及破裂模量的预测

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This paper focuses on the mechanical and physical evaluation of Portland cement mortars, CPC, with the addition of ash sugarcane bagasse (CBC) and a high-range water-reducing and super-plasticizing admixture (SikaViscoCrete PC 2500), and its effect is discussed mainly in terms of the mechanical strength properties through destructive and non-destructive testing. Each of the additions is made in three different percentages and specimens each of the three percentages were submitted to destructive (ultrasonic pulse velocity, resistivity) and non-destructive testing (compressive strength and modulus of rupture). From the results of the destructive and non-destructive testing, correlations were obtained using multiple linear regression. This indicated the best model according to the correlation factor obtained.
机译:本文重点介绍了Portland水泥迫击炮,CPC的机械和物理评估,加入Ash Sugarcane Bagasse(CBC)和高频减水和超塑化的混合物(Sikaviscocrete PC 2500),并讨论其效果主要是通过破坏性和非破坏性测试的机械强度特性。每个添加量在三种不同的百分比和标本中提出三个百分比中的每一个被提交到破坏性(超声波脉冲速度,电阻率)和非破坏性测试(压缩强度和破裂模量)。从破坏性和非破坏性测试的结果,使用多元线性回归获得相关性。这表明了根据所获得的相关因子的最佳模型。

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