甘蔗渣灰填料热拌沥青车辙性能研究

N. Khan
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摘要

交通运输在一个国家的发展中起着重要的作用。由于人口的增加,对良好交通和乘客的需求增加了。为此目的,每年都修建新的高速公路。施工对材料的需求越来越大,研究人员正在竞相寻找既能替代热拌沥青路面,又能提高强度参数,减少应力的材料。以农业废弃物甘蔗渣灰为原料,对其进行了改性。在最佳粘结剂含量为4.55时,最大稳定性为7.03 KN,而以石粉为填料的样品的最大稳定性为7.37 KN的4.33%。在车轮跟踪试验中,甘蔗渣灰作为填料在温度为300℃时获得最佳效果,平均车辙深度为2.065mm,石粉样品在温度为30℃时平均车辙深度为2.235mm,车辙次数为14000次。另一方面,600℃BA样品的车辙深度平均值为6.81mm,而石粉样品的车辙深度平均值为6.615mm。综上所述,甘蔗渣是30℃及以下低温地区的最佳改性材料。
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Rutting Performance of Hot Mix Asphalt Using Bagasse Ash as Filler
Transportation plays an important role in the development of a country. Due to the increase in the population, the demand for good transportation and passengers increased. For this purpose, new highways are built up every year. The demand for material for the construction is increasing and the researchers are in the race to find out materials which not only used as a replacer but also increase the strength parameters and decrease destresses in Hot Mix Asphalt pavement. In the present study Sugarcane, Bagasse Ash which is an agricultural waste was used as a filler material. At Optimum Binder Content 4.55 maximum stability of 7.03 KN was achieved while for the samples having stone dust as a filler material give maximum stability at 4.33 percent of 7.37 KN. Bagasse ash used as a filler in Wheel tracker test has given the best result at temperature 300C and the average rut depth was recorded as 2.065mm while stone dust samples showed average rut depth 2.235mm at 30 0Cand the number of passes was recorded as 14000. On the other hand, the samples which are subjected to a temperature of 600C BA samples showed greater rut of the average value of 6.81mm whereas the average value of stone dust samples showed 6.615mm rut depth. From the above results, the author concluded that bagasse is the best modifier material for the areas having low temperature such as 30 0C or below. 
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