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Mechanical properties of nano-cement mortar: Compression and tension

机译:纳米水泥砂浆的机械性能:压缩和拉伸

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The present research examines the compressive and tension strength of nano cement mortar by using micro cement, micro sand, nano silica and nano clay in developing a nano-cement mortar which can lead to improvements in concrete construction. The results have shown an increase in both the compressive and tensile strength of mortar at early stages of hardening. For testing purpose, 50 mm cubes and 250×50×10 mm prisms were cast and tested for determining the compressive and tensile strength of nano-cement mortar. The parameters that were taken consideration during the investigation were micro sand, micro cement, nano silica, developed nano clay and naphthalene sulphonate as super- plasticizers. It has been concluded that the measured results demonstrate significant increase in the tensile strength of the developed mortar. Accordingly, an empirical equation is formulated for the tensile strength prediction.
机译:本研究通过在开发纳米水泥砂浆中使用微水泥,微砂,纳米二氧化硅和纳米粘土来检验纳米水泥砂浆的抗压强度和抗拉强度,以改善混凝土结构。结果表明,硬化初期砂浆的抗​​压强度和抗拉强度均有所提高。为了进行测试,铸造了50毫米的立方体和250×50×10毫米的棱镜,并进行了测试,以确定纳米水泥砂浆的抗压强度和抗拉强度。在研究过程中考虑的参数是微砂,微水泥,纳米二氧化硅,发达的纳米粘土和萘磺酸盐作为增塑剂。已经得出的结论是,测量结果表明,所开发砂浆的抗张强度显着提高。因此,公式化了经验公式用于抗拉强度预测。

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