压舱物强度的实验研究

Bagas Aryaseta, Fithri Estikhamah
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引用次数: 0

摘要

道砟虽然只是路基结构的一部分,但在保证轨道的位置上起着重要的作用。但由于子结构的性质比上层结构的性质变化更大,难以定义,因此对子结构的关注较少。关于压载性能的研究还有待进一步发展。本研究的目的是利用Los Angeles Abrasion (LAA)和Aggregate Impact Value (AIV)试验分析天然岩石(NR)、矿渣(S)及其不同组合的强度。已经准备了四种不同类型的样品进行测试。通过LAA和aiv试验对压舱物的强度进行了评定。结果表明,矿渣与天然岩石的组合效果较好,即使效果不明显。25%NR+75%S (LAA试验)和1NR+2S (AIV试验)的结果分别为7.41%和6.02%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Experimental Investigation to Find the Strength of Ballast
Although ballast is only part of the substructure, it plays an important role in keeping the railway track in position. But less attention has been given to the substructure because the properties of the substructure are more varies and difficult to define than those of the superstructure. Research about ballast behaviours still needs to be developed. Objective of this research is to use Los Angeles Abrasion (LAA) and Aggregate Impact Value (AIV) test to analyse the strength of nature rock (NR), slag (S) and their different combination. Four different types of samples have been prepared for testing. LAA and AIVtest has been performed to assess the strength of the ballast. Finally, the result shows that the combination of slag and nature rock showed good results, even not really significantly. The result for 25%NR+75%S (LAA test) and 1NR+2S (AIV test) is 7,41% and 6,02%, respectively.
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