Durability tests of alccofine and flyash based GPC

M. Niveditha, Srikanth Koniki
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Abstract

This paper presents the outcomes on an exploratory program conveyed to investigate the chance of fly ash and alccofine as complete substitution of cement in Geopolymer concrete. GPC mixes were designed in such a way that flyash and alccofine proportions are taken as M1 F100A0, M2 F90A10, M3 F80 A20, M4 F70 A30, M5 F60 A40, M6 F50A50, for which M3 F80A20 is taken as optimum mix based on economic conditions. Experimental programme developed to check the durability properties like Acid attack test (H2SO4), Chloride attack test (HCL), Nitrate attack test (HNO3), Sulphate attack test (Na2SO4), and water absorption test. The compressive strength of Geopolymer concrete and change in mass percentages were indicated by the tests results.
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乙醇和粉煤灰基GPC耐久性试验
本文介绍了一项探索计划的结果,该计划旨在研究粉煤灰和乙醇碱在地聚合物混凝土中完全替代水泥的可能性。GPC混合料的设计采用粉煤灰与乙醇的比例分别为M1 F100A0、M2 F90A10、M3 F80A20、M4 F70 A30、M5 F60 A40、M6 F50A50,根据经济条件选择M3 F80A20为最佳混合料。开发了测试耐久性的实验程序,如酸侵蚀试验(H2SO4)、氯化物侵蚀试验(HCL)、硝酸盐侵蚀试验(HNO3)、硫酸盐侵蚀试验(Na2SO4)和吸水试验。试验结果表明了地聚合物混凝土的抗压强度和质量百分比的变化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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