Optimum Design of Mix Ratio of Premixed Iron Tailings Mortar Based on Response Surface Method

Huang Yong, Chang Zhi Su, Sun Jian
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Abstract

To study the influence of cement-sand ratio, fly ash content, steel slag content, and fiber content on the performance of iron tailings premixed dry mixed mortar based on Box-Behnken, the regression model of compressive strength and fiexural strength and the above four factors was established, and the optimized mix ratio parameters were obtained. The results showed that the significance of the effect on compressive strength is ranked as follows: cement-sand ratio is greater than fly ash content than steel slag powder content than fiber content, and the significance of the effect on flexural strength is ranked as follows: cement-sand ratio is greater than fiber content than steel slag powder content than fly ash content.
基于响应面法的预拌铁尾矿砂浆混合比优化设计
为研究水泥砂比、粉煤灰含量、钢渣含量、纤维含量对基于Box-Behnken的铁尾矿预拌干混砂浆性能的影响,建立了抗压强度和抗折强度与上述四个因素的回归模型,并得到了优化的配合比参数。结果表明,对抗压强度影响的显著性排序为:水泥砂比大于粉煤灰含量大于钢渣粉含量大于纤维含量,对抗折强度影响的显著性排序为:水泥砂比大于纤维含量大于钢渣粉含量大于粉煤灰含量。
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