氯化钠对沥青性能的影响

S. Islam
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引用次数: 5

摘要

如今,世界各地都在进行大量的改造,以开发现有的公路材料,以满足日益增长的车辆的需求。人们正处于一种创新的趋势,这种创新可以做得比以前更好。一些材料产生了良好的效果,提高了沥青的强度和质量。另一方面,一些人应对沥青的不利影响负责。在沿海等含盐地区,盐在沥青路面中起着重要作用。海水中几乎含有3%的氯化钠,进水水体的蒸发产生了大量的氯化钠沉积物。如果用盐作为沥青的混合物,我们可以从经济上受益。但我们甚至不知道盐和沥青混合的影响,好的还是坏的。本文的目的是找出在沥青中加入不同比例的盐是否可取,并对沥青进行规定的试验。从实验室试验中观察到,随着含盐量的增加,渗透性和延性值逐渐增加。闪点、燃点和软化点值随着盐含量的百分比增加而逐步降低。此外,它还降低了道路的稳定性。将盐与沥青混合可提高工作性,从经济角度来看是有益的。最后GJRE-E分类的沥青混合料水分效应测试:FOR代码:090599碘氯离子性能的影响本标准严格按照《全球工程研究杂志》的合规性和规定:《土木与结构工程》第19卷第1期2019年第1.0版类型:双盲同行评审国际研究期刊出版商:《全球期刊》股份有限公司(美国)在线ISSN:2249-4596和打印ISSN:0975-5861 Rajshahi工程技术大学
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effect of Sodium Chloride on Properties of Bitumen
Nowadays a lot of modifications are taking place throughout the world to develop the existing highway materials to fulfill the demand of increased vehicles. People are at the trend to innovate something new that can do better than it was. Some material produce a good effect and enhance the strength as well as qualities of bitumen. On the other hand, some are responsible for the adverse on the bitumen. In saline areas like coastal regions, the salts play a significant role in the bituminous pavements. Water of sea nearly contains 3% sodium chloride, and evaporation of intake bodies of water has produced huge and extensive deposits of it. We can be economically benefited if salt is used as an admixture to bitumen. But we do not even know the impact, good or bad of the mixing of salt with bitumen. The objective of this paper to find out whether it is desirable or not taking various proportion salt with bitumen and doing the specified test of bitumen. It is observed from the laboratory test that the penetration and ductility values are gradually increased with increase of salt content. The flash point, fire point, and softening point value are stepwise reduced as a percentage of salt content increased. Moreover, it reduces the stability of roads. Mixing of salt to bitumen upgrades workability and it is beneficial in the economical point of view. Finally, moisture effect test on the bituminous mix with the GJRE-E Classification: FOR Code: 090599 EffectofSodiumChlorideonPropertiesofBitumen Strictly as per the compliance and regulations of: Global Journal of Researches in Engineering: E Civil And Structural Engineering Volume 19 Issue 1 Version 1.0 Year 2019 Type: Double Blind Peer Reviewed International Research Journal Publisher: Global Journals Inc. (USA) Online ISSN: 2249-4596 & Print ISSN: 0975-5861 Rajshahi University of Engineering & Technology
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