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Introducing a novel lightweight cement-based (gem-tech) material for structural applications

机译:介绍用于结构应用的新型轻质水泥基(宝石技术)材料

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摘要

This paper will review a maiden research on the GEM-TECH material that established the optimum mix forthe material for the best strength to weight ratio and also examine the proposed procedures that is beingfollowed in an ongoing research that would examine the mechanical and structural behaviour of thematerial when used in structural sections as replacement for conventional concrete.In an ongoing research, several samples of the GEM-TECH material have been prepared and expected tobe air cured and tested for the various mechanical and durability properties after 56 days. However someresults from the tests on mechanical properties after 28 days had shown good compressive strengthvalues for a lightweight material for that age compared to other forms of foamed concrete. A maidenresearch to the material had also seen the material attain a compressive strength of up to 27Mpa for adensity of about 1800kg/m3.
机译:本文将回顾对GEM-TECH材料的首次研究,该研究确定了该材料的最佳混合物,以实现最佳的强度重量比,并研究了正在进行的研究中将遵循的拟议程序,该程序将研究该材料的机械和结构行为在进行中的研究中,已经制备了一些GEM-TECH材料样品,并有望在56天后进行空气固化和各种机械性能和耐久性能测试。但是,28天后的机械性能测试结果显示,与其他形式的泡沫混凝土相比,该年龄的轻质材料具有良好的抗压强度值。对这种材料的首次研究还发现,对于密度约为1800kg / m3的材料,其抗压强度高达27Mpa。

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