中国路面工程学术研究综述·2024  

Review on China's Pavement Engineering Research:2024

作　　者：《中国公路学报》编辑部 董侨[2] 杜豫川[3] 郭猛[5] 黄优[6] 贾彦顺 蒋玮[8] 金娇 李峰[4] 刘成龙[3] 刘鹏飞 刘状壮[8] 罗雪[10] 吕松涛[6] 马涛[2] 沙爱民[8] 单丽岩[11] 司春棣[7] 王朝辉[8] 王大为[11] 肖月 徐慧宁[11] 杨旭[8] 张久鹏[8] 张园 朱兴一[3] Editorial Department of China Journal of Highway and Transport

机构地区：[1]不详 [2]东南大学 [3]同济大学 [4]北京航空航天大学 [5]北京工业大学 [6]长沙理工大学 [7]石家庄铁道大学 [8]长安大学 [9]亚琛工业大学 [10]浙江大学 [11]哈尔滨工业大学 [12]华南理工大学

出　　处：《中国公路学报》2024年第3期1-81,共81页China Journal of Highway and Transport

摘　　要：近年来,中国公路建设成果斐然,路网规模快速增长、关键技术不断突破。为进一步提升中国路面工程学科水平及国际影响力,推动路面工程可持续、高质量发展,从公路韧性评估与恢复、长寿命路面结构与材料、公路交通能源自洽、低环境影响公路技术、路面材料基因与高通量、公路数字化及智能化、公路智能检测与高性能养护等七大研究方向,系统梳理了近年来国内外路面工程的发展现状、前沿热点问题与未来发展趋势。具体围绕公路绿色化、韧性化、智能化、长寿命与交能结合等领域,遴选了20个热点研究方向,涵盖公路致灾因素及失效机理、公路韧性评估与恢复、公路韧性提升关键技术、公路长寿命路面结构足尺试验、公路结构与功能寿命增强技术、公路清洁能源采集技术、公路能源自洽设计、公路路域环境影响测试与评估方法、低环境影响路面新材料、沥青路面温拌再生技术、路面材料基因研究、路面材料跨尺度计算、路面材料基因与高通量研究、公路数字化建模技术、公路数字孪生仿真技术、公路运维数据驱动技术、公路探地雷达检测技术、路面性能轻量化检测、公路沥青路面抗滑性能检测及恢复技术、公路高性能预防养护技术等主要内容。该综述可为中国路面工程学科发展提供指引和参考,为路面工程领域研究人员与技术人员提供参考和借鉴。Highway construction in China has witnessed remarkable achievements,with rapid growth in the national road network and continuous breakthroughs in the key technologies.This review aims to further enhance the influential level of pavement engineering in China,as well to promote its sustainable and high-quality development.The review systematically summarizes the current status,cutting-edge issues,and future development in pavement engineering.Specifically,it covers seven research topics:highway resilience evaluation and recovery,long-life pavement structures and materials,highway energy self-sufficiency,low environmental impact technologies,the genome of pavement materials and high-throughput computations,highway digitalization and intelligence,and highway intelligent inspection and high-performance maintenance.Focusing on the fields of green,resilience,intelligence,longevity,and traffic-energy interaction,the review identifies 20critical research topics,including factors leading to highway disasters and their mechanisms evaluation and recovery of highway resilience,key technologies for enhancing highway resilience,full-scale tests for long-life pavement structures,technologies for extending the longevity of highway structures and functions,energy harvesting technologies,energy self-sufficient highways designs,environmental impact testing methodologies and evaluations;innovative materials for low-impact pavements,warm mix asphalt recycling technology,genomic studies on pavement materials,multiscale computation for pavement materials,research on the genome of pavement materials and high-throughput computations,digital modeling technologies,digital twin simulation technologies,data-driven technologies for highway maintenance operations,ground-penetrating radar detection technologies;lightweight detection of pavement performance,strategies for detecting and recovering pavement skid resistance,and high-performance preventive maintenance technologies.The review can provide guidance for the pavement engineering developm

关 键 词：综述 公路韧性评估与恢复 长寿命路面结构与材料 公路交通能源自洽 低环境影响公路技术 路面材料基因与高通量 公路数字化及智能化 公路智能检测与高性能养护 

分 类 号：U414.1[交通运输工程—道路与铁道工程]