Satria Agung Wibawa
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摘要

在本研究中,作者旨在确定使用牛骨骨料作为砂(细骨料)的添加成分以及制作预拌混凝土的添加成分的效果。本研究中使用的牛骨比例分别为4%、6%和17%。在制造试验对象时,采用实验方法将粘结剂(水泥)、沙子(细骨料和牛骨灰)、砾石(粗骨料)和水混合而成。采用圆柱形模具(模具)制作试样并进行处理。采用压机对混凝土进行了压缩试验,制定了30 MPa下混凝土的配合比设计方案。本次研究共制作了20件测试对象。对牛骨灰掺量为4%的试验对象的抗压强度结果为7.58MPa、8.775 MPa、11.21 MPa、10.92 MPa和10 MPa,平均值为9.7 MPa。关键词:混凝土,牛骨料,粉煤灰掺入量为6%时,其强度分别为9.79 MPa、9.73 MPa、8.03 MPa、9.23 MPa和13.36 MPa,平均强度为10 MPa;粉煤灰掺入量为17%时,其强度分别为10.3 MPa、18.11 MPa、15.28 MPa、16.53 MPa和19.13 MPa,平均强度为15.87 MPa。
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PENGARUH ABU TULANG SAPI SEBAGAI BAHAN TAMBAH AGREGAT HALUS DALAM PEMBUATAN BETON READY MIX
ABSTRACT In this study the authors aimed to determine the effect of using beef bone aggregate as an added ingredient for sand (fine aggregate) as well as an added ingredient for making ready mix concrete. The percentage levels of beef bones used in this study were 4%, 6% and 17%. In the manufacture of the test object is done by mixing the binder (cement), sand (fine aggregate and cow bone ash), gravel (coarse aggregate) and water using the experimental method. Samples of specimens were made using cylindrical molds (molds) and treated. The concrete compression test was carried out using a press machine, the mix design plan for making concrete was planned at 30 MPa. The total test objects made in this study were 20 pieces. The results of the test object with a cow bone ash content of 4% obtained compressive strength results of 7.58MPa 8.775 MPa 11.21 MPa 10.92 MPa and 10 MPa with an average value of 9.7 MPa. From the results of the addition of 6% beef bone ash, the results were 9.79 MPa, 9.73 MPa, 8.03 MPa, 9.23 MPa and 13.36 MPa and an average value of 10 MPa, for results with an addition of 17% cow bone ash was 10.3 MPa, 18.11 MPa, 15.28 MPa, 16.53 MPa and 19.13 MPa with an average yield of 15.87 MPa Keyword: Concrete, Cow Bone Ash, Compresive masive, Aggregate.
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