使用Marga施工方法(Pd T-05-2005-B)和沥青研究所(MS-17)(日惹道路案例研究-帮助)对层脂肪评估额外的大斋节暴力

I. Haris, Anita Rahmawati
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引用次数: 0

摘要

加铺层是在现有路面结构上增加路面层厚度,以增加强度,并在规定时间内为计划交通服务。本研究是在Yogyakarta Batas Kota Bantul公路上使用Bina Marga和沥青研究所方法进行的案例研究。尽管一条新公路正在升级,但道路建设可能会在相对较短的时间内受损。考虑到这一点,有必要评估路面加铺层的厚度。将评估路段的长度分为三(3)个路段,即路段I(Sta 4+000-Sta 5+800)、路段II(Sta 6+000-Sta 7+800)和路段III(Sta 8+000-Sta10+320),以获得路面厚度均匀性水平。基于Bina-Marga法(Pd T-05-2005-B)的分析结果,增加了片段I(6.942cm)、片段II(6.618cm)和片段III(6.055cm)的层厚度。在使用沥青协会(MS-17)方法进行的计算中,得出路段I、路段II和路段III的附加层厚度分别为3.556cm、3.048cm和2.790cm。使用AASHTO等效物对Bina-Marga方法的覆盖层厚度进行校正的结果显示,路段I的覆盖层厚度为2.794cm,路段II为2.470cm,路段III为1.907cm。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Evaluasi Tebal Lapis Tambah Perkerasan Lentur Menggunakan Metode Bina Marga (Pd T-05-2005-B) dan Asphalt Institute (MS-17) (Studi Kasus Jalan Yogyakarta- Bantul)
The overlay is the addition of pavement layer thickness which is placed on the existing pavement construction to increase the strength and to serve the planned traffic during the specified period. This research is a case study conducted in Yogyakarta-Batas Kota Bantul road using Bina Marga and Asphalt Institute method. Although a new highway is upgraded, it is possible that the road construction will be damaged in a relatively short time. With this consideration, it is necessary to evaluate the thickness of pavement overlay. The length of the evaluated road segment was divided into three (3) sections, namely Segment I (Sta 4+000 - Sta 5+800), Segment II (Sta 6+000 - Sta 7+800) and Segment III (Sta 8+000 - Sta 10+320) to get the pavement thickness uniformity level. Based on the results of the analysis with the Bina Marga method (Pd T-05-2005-B), the thickness of the layers was added for segment I (6.942 cm), segment II (6.618 cm), and segment III (6.055 cm). While in the calculation using Asphalt Institute (MS-17) method, it was obtained that there was additional layer thickness 3.556 cm in segment I, 3.048 cm in segment II, and 2.790 cm segment III. The result of overlay thickness correction of Bina Marga method using AASHTO equivalent shows the number of 2.794 cm segment I, 2.470 cm in segment II, and 1.907 cm in segment III.
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