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首页> 外文会议>Admixtures - Enhancing Concrete Performance >ENHANCING THE PERFORMANCE OF CONCRETE SUBJECTED TO SALTY SEAWATER
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ENHANCING THE PERFORMANCE OF CONCRETE SUBJECTED TO SALTY SEAWATER

机译：增强盐海混凝土的性能

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摘要

This experimental investigation is intended to increase the compressive strength of concrete under normal conditions and to enhance the performance of hardened concrete to resist the aggressive mediums of salty seawater by adding loam and shallow to the concrete mix. Large numbers of concrete cubes 150×150×150 mm and 102×102×102 mm were prepared with some changes in the mix proportions used for each batch. The variables were the percentages of loam and shallow materials added to concrete mix. Two groups of cubes were tested in this investigation. One group of cubes were left in the salty water of the Dead Sea for 7 to 180 days, while the other group was left in ordinary drinking water for comparing reasons. The test results indicated that adding loam and shallow to concrete mixes have good effect on increasing the compressive strength of the concrete in normal and salty seawaters.
机译：该实验研究旨在通过在混凝土混合物中添加壤土和浅水来提高混凝土在正常条件下的抗压强度，并增强硬化混凝土的性能，以抵抗咸海水的侵蚀性介质。制备了大量的150×150×150 mm和102×102×102 mm的混凝土立方体，每批使用的混合比例有所变化。变量是添加到混凝土混合物中的壤土和浅层物料的百分比。在此调查中测试了两组立方体。一组立方体在死海的盐水中放置了7至180天，而另一组立方体则出于比较的原因而放在普通饮用水中。试验结果表明，在普通和咸海水中，将壤土和浅层混凝土添加到混凝土中对提高混凝土的抗压强度具有良好的效果。

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