磨损(机械)
材料科学
骨料(复合)
复合材料
底灰
试验方法
耐磨性
粉煤灰
地质学
古生物学
作者
Sukhoon Pyo,Selamu Yihune Abate,Hyeong-Ki Kim
标识
DOI:10.1016/j.conbuildmat.2018.01.036
摘要
This experimental study was conducted to evaluate the abrasion resistance of ultra high performance concrete (UHPC) that incorporated pre-selected coarser aggregates. The aggregates were selected based on their properties and local availability. In addition, coal bottom ash powder was also used with coarser aggregates as a replacement for silica powder. The examination was made according to the ASTM C 944 test method and the results were determined and presented as mass loss and depth of abrasion. All the results from the tests reveal the excellent abrasion resistance of UHPC; however, when compared to each other, the UHPC with coarser aggregates shows a lower abrasion resistance than the UHPC with no coarser aggregates.
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