•  
  •  
 

Abstract

In order to promote the reuse of waste tires and reduce environmental pollution，chips were replaced with the same volume of waste tire rubber particles to prepare a new rubber particle chip seal pavement.In order to ensure the bonding between asphalt and aggregate of the rubber particle chip seal，the surface of rubber particles was processed，and the texture characteristics of chip seal specimens with different aggregate particle sizes and rubber content were evaluated.The five indexes of rubber particle content，aggregate particle size ratio，shedding rate，structural depth，and pendulum friction coefficient were correlated and evaluated by SPSS，and the MMLS 3 test was conducted to simulate the driving load，so as to explore the influence of external water temperature on the bonding strength.The results show that the rubber particles pre-coated with 1.5% hot asphalt can effectively improve the aggregate shedding of the chip seal.The shedding rate and structural depth will increase with the increase in particle size in the range of 7.1‒9.5 mm and rubber particle ratio.The pendulum friction coefficient shows the opposite trend with the increase in rubber particle content.The influence of low-temperature single factor on the aggregate shedding of the chip seal is greater than that of high temperature and water immersion，while water-temperature coupling will aggravate the looseness of aggregates.Overall，in order to ensure that the chip seal aggregate and asphalt have good bonding strength，the rubber particle content and the amount of hot asphalt for coating should not exceed 50.0% and 1.5%，respectively.

Publication Date

7-30-2024

DOI

10.14048/j.issn.1671-2579.2024.04.015

First Page

127

Last Page

137

Submission Date

February 2025

Reference

[1]郭旺达，张金喜，张阳光，等.基于 IFS-TOPSIS 的预防性养护投资效益评价研究 [J].中外公路 ，2022 ,42（5） ：246-251.GUO Wangda ,ZHANG Jinxi ,ZHANG Yangguang ,et al .Study on evaluation of investment benefit of preventive maintenance based on IFS-TOPSIS [J].Journal of China & Foreign Highway ,2022，42(5):246-251.[2]朱浩然，张杨，马辉，等.微波辅助加热就地热再生在高速公路养护中的应用研究 [J].中外公路 ，2023 ,43（5） ：37-42.ZHU Haoran ，ZHANG Yang ，MA Hui，et al .Application and research of microwave-assisted heating hot in-place recycling in expressway maintenance [J].Journal of China & Foreign Highway ,2023，43(5):37-42.
[3]郑平安 .高性能双层碎石封层用于干线公路沥青面层的技术研究 [D].西安 :长安大学 ,2014 .ZHENG Ping ’an.The research of high-performance double synchronized crushed stone seal for asphalt pavement of trunk roads [D].Xi’an:Chang’an University ,2014 .
[4]MALLICK R B ,LI H ,HARVEY J ,et al .Pavement life –extending potential of geosynthetic-reinforced chip seal with high-reflectivity aggregates [J].Transportation Research Record :Journal of the Transportation Research Board ,2015 ,2474 (1):19-29.
[5]ADAMS J M ,RICHARD KIM Y .Mean profile depth analysis of field and laboratory traffic-loaded chip seal surface treatments [J].International Journal of Pavement Engineering ,2014 ,15(7):645-656.
[6]李曦 .碎石封层性能影响因素试验研究 [D].长沙 :长沙理工大学 ,2009 .LI Xi .The testing research on the contribution factor of rushed stone seal coat performance [D].Changsha :Changsha University of Science & Technology ,2009 .
[7]刘贤惠 ,武泽锋 ,李巍 ,等.同步碎石封层技术简介 [J].东北公路 ,2003 (1):21-24.LIU Xianhui ,WU Zefeng ,LI Wei ,et al .Synchronous crushed stone seal coat technology [J].Northeastern Highway ,2003 (1):21-24.
[8]邓玉训 ,谢群 .水性环氧乳化沥青碎石封层性能研究 [J].中外公路 ,2019 ,39(3):260-264.DENG Yuxun ,XIE Qun .Study on the performance of chip seal of waterborne epoxy emulsified asphalt [J].Journal of China & Foreign Highway ,2019 ,39(3):260-264.
[9]谢祥根 .同步碎石封层技术和 SBS改性沥青防水层的应用研究 [J].湖南交通科技 ,2007 ,33(1):10-13,44.XIE Xianggen .Study on synchronous macadam sealing technology and application of SBS modified asphalt waterproof layer [J].Hunan Communication Science and Technology ,2007 ,33(1):10-13,44.
[10]杜隽 .纤维封层应用技术研究 [D].大连 :大连理工大学 ,2009 .DU Jun .The research on the applicational technology of fiber seal coat [D].Dalian :Dalian University of Technology ,2009 .
[11]孙行营 .改性乳化沥青同步碎石封层技术在沥青混凝土路面预防性养护中的应用 [J].公路 ,2013 ,58(10):219-223.SUN Xingying .Application of modified emulsified asphalt synchronous macadam seal technology in preventive maintenance of asphalt concrete pavement [J].Highway ,2013 ,58(10):219-223.
[12]王航 ,徐安 ,骆钒 ,等.纤维增强乳化沥青碎石封层抗裂性能研究 [J].中外公路 ,2019 ,39(2):265-268.WANG Hang ,XU An ,LUO Fan ,et al .Study on crack resistance of fiber reinforced emulsified asphalt chipped seal[J].Journal of China & Foreign Highway ,2019 ,39(2):265-268.
[13]臧芝树 .橡胶沥青碎石封层路用性能研究 [D].西安 :长安大学 ,2011 .ZANG Zhishu .Study on the road performance of asphalt rubber gravel seal coat [D].Xi’an:Chang’an University ,2011 .
[14]龚演 ,严二虎 ,袁海蛟 ,等.沥青路面玻璃纤维橡胶沥青碎石封层的层间黏结性能 [J].公路交通科技 ,2022 ,39(增刊2):1-9.GONG Yan ,YAN Erhu ,YUAN Haijiao ,et al .Interlayer bonding performance of glass fiber rubber asphalt macadam seal coat on asphalt pavement [J].Journal of Highway and Transportation Research and Development ,2022 ,39(sup 2):1-9
[15]李东彪 ,王国忠 .橡胶颗粒沥青混合料的性能 [J].合成橡胶工业 ,2014 ,37(3):216-218.LI Dongbiao ,WANG Guozhong .Performances of granulated crumb rubber asphalt mixture [J].China Synthetic Rubber Industry ,2014 ,37(3):216-218.
[16]余苗 ,赵晓宁 ,陈海峰 ,等.橡胶颗粒改性沥青混合料黏弹性研究 [J].公路交通科技 ,2023 ,40(2):1-7.YU Miao ,ZHAO Xiaoning ,CHEN Haifeng ,et al .Study on viscoelasticity of crumb rubber modified asphalt mixture[J].Journal of Highway and Transportation Research and Development ,2023 ,40(2):1-7.
[17]POURHASSAN A ,GHENI A A ,ELGAWADY M .Effect of vehicle speed and weight on raveling of chip seal constructed using mineral and tire derived aggregate [J].Transportation Research Record :Journal of the Transportation Research Board ,2024 ,2678 (3):422-433.
[18]孟会林 .界面改性橡胶颗粒沥青混合料路用性能研究[J].石油沥青 ,2015 ,29(4):35-39.MENG Huilin .Study on pavement performance of interfacial modified crumb rubber asphalt mixture [J].Petroleum Asphalt ,2015 ,29(4):35-39.
[19]董瑞琨 ,戚昌鹏 ,郑凯军 ,等.高温裂解胶粉改性沥青的低温性能试验 [J].中国公路学报 ,2017 ,30(10):32-38.DONG Ruikun ,QI Changpeng ,ZHENG Kaijun ,et al .Test on low-temperature performance for high-temperature pyrolytic rubber modified asphalt [J].China Journal of Highway and Transport ,2017 ,30(10):32-38.
[20]LEE J S ,SHIELDS T ,AHN H .Performance evaluation of seal coat materials and designs [R].Indiana :Purdue University ,Joint Transportation Research Program ,2011 .
[21]章治 .超粘精罩面用于沥青路面预防性养护的研究 [D].广州 :华南理工大学 ,2019 .ZHANG Zhi .Study on adhesive wearing surface for preventive maintenance of asphalt pavement [D].Guangzhou :South China University of Technology ,2019 .
[22]西安公路研究院 ,陕西省公路局 .同步碎石封层施工技术规范 :DB61/T 914—2014 [S].西安：陕西省质量技术监督局 2014 .Xi’an Highway Research Institute ,Shaanxi Provincial Highway Bureau .Technique specifications for construction of synchronous pavement surface dressing :DB 61/T 914—2014 [S].Xi’an:Bureau of Quality and Technical Supervision ,2014 .
[23]RAHMAN F ,ISLAM M S ,MUSTY H ,et al .Aggregate retention in chip seal [J].Transportation Research Record :Journal of the Transportation Research Board ,2012 ,2267(1):56-64.
[24]吴凡 ,王国忠 ,李强 ,等.路面纹理扫描及宏观微观纹理分离[J].山西建筑 ,2021 ,47(2):119-122.WU Fan ,WANG Guozhong ,LI Qiang ,et al .Scanning of pavement texture and separation of macro and micro texture [J].Shanxi Architecture ,2021 ,47(2):119-122.
[25]朱其涛 .高性能碎石封层中橡胶颗粒掺量及预裹覆沥青用量对石料流动性的影响 [J].石油沥青 ,2019 ,33(2):10-13,47.ZHU Qitao .Effect of rubber particles content and pre-wrapped asphalt content on the mobility of high performance crushed stone seal [J].Petroleum Asphalt ,2019 ,33(2):10-13,47.
[26]GHENI A A ,ABDELKARIM O I ,ABDULAZEEZ M M ,et al.Texture and design of green chip seal using recycled crumb rubber aggregate [J].Journal of Cleaner Production ,2017 ,166:1084 -1101 .

Download

Share

COinS