Kuat Tekan dan Kuat Tarik Mortar sebagai Bahan Graut dengan Faktor Air Semen Optimum

Prasetyo Muhammad, Djoko Priambodo
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Abstract

Grout works as a binding agents of wall construction, paste parts on precast concrete, a filler on concrete or crack also sealing a conctrete join. The purpose of this study is knowing optimum concrete grout composition. Grout strength hopefully can fulfill compression and tension strength needed, fulfill slashyness requirements, no bleeding and no segregration. Research began with preliminary test of mortar composition charasteristics. Most of fine aggregate composition using sand with slightly  fine sand gradation. The mortar slashyness test using mortar flow and funnel test that flow time of mortar used as slashyness rate. Next tests are compression and tension test of mortars. The variation of mortars composition are using cement : sand ratio in the amount of 1:0,5; 1:1; 1:1,5 and 1:2. The result from each mix with optimum W/C Ratio for the compression strength test in the amount of 1:0,5; 1:1; 1:1,5 and 1:2 consecutively are 45,518 MPa; 37,875 MPa; 34,673 and 28,202 MPa. For the tension strength test are 3,054 MPa; 3,314 MPa; 3,498 Mpa and 1,791 MPa.
灌浆作为墙体结构的粘结剂,在预制混凝土上粘贴部件,在混凝土或裂缝上填充填料,也密封混凝土连接处。本研究的目的是了解最佳混凝土灌浆成分。浆液强度希望能满足所需的抗压、抗拉强度、浆液光滑性、不渗水、不离析等要求。研究从砂浆组成特性的初步试验开始。大部分细骨料组成采用微细砂级配。砂浆的砂浆度试验采用砂浆流动试验和漏斗试验,砂浆流动时间作为砂浆的砂浆度。接下来的试验是砂浆的压缩和拉伸试验。砂浆组成的变化是采用水泥:砂比在1:0、5的量;1:1;1:1,5和1:2。结果得出各掺合料的最佳W/C比为1:0、5,进行抗压强度试验;1:1;1:1、5、1:2依次为45518 MPa;37875 MPa;34,673和28,202 MPa。抗拉强度试验为3054 MPa;3314 MPa;3,498 Mpa和1,791 Mpa。
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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