一、论坛总览

时间（Time）：2023年6月15日，09:00-12:30

地点（Room）：武汉中国光谷科技会展中心会议厅1-6（Room 1-6）

主题（Theme）

公路路面智慧管养技术

HIGHWAY PAVEMENT INTELLIGENT MAINTENANCE

二、组织机构

主办单位

Host

广东省公路学会

Guangdong Highway Society

广东省交通集团有限公司

Guangdong Provincial Communication Group Co., Ltd.

承办单位

Organizer

广东省公路学会路面工程专业委员会

Pavement Engineering Committee of Guangdong Highway Society

广东华路交通科技有限公司

Guangdong Hualu Transport Technology Co., Ltd.

公路交通安全与应急保障技术及装备交通运输行业研发中心（广州）

Highway Traffic Safety and Emergency Support Technology and Equipment Transportation Industry R&D Center (Guangzhou)

广东交科技术研发有限公司

Guangdong Transportation Science and Technology R & D Co.Ltd

协办单位

Co-organizer

广东长亨石业有限公司

Guangdong Chang Heng Mineral Industry Co.,Ltd.

欧美大地仪器设备中国有限公司

Earth Products China Limited

东莞泰和沥青产品有限公司

Dongguan Taihe Asphalt Products Co.,Ltd.

深圳市盛通万虹公路养护工程有限公司

Shenzhen Shengtong Wanhong Highway Maintenance Engineering Co. Ltd.

《广东公路交通》编辑部

Editorial Department of GUANG DONG GONG LU JIAO TONG

三、论坛议程

主持人（Moderator）

卢正宇 

广东华路交通科技有限公司总经理

LU Zhengyu 

Guangdong Hualu Transport Technology Co. LTD.  General manager

09:00

公路管养的资产化到资源化

The Asset to Resource Transformation of the Highway Maintenance Management

报告人：沙爱民 长安大学校长

Reporter：Aimin Sha President of Chang'an University

09:40

快速维修养护技术的研发与应用

Rapid Maintenance Technology Research & Development and Application

报告人：柳浩 北京市政路桥建材集团有限公司总工程师

Reporter：Hao Liu Chief engineer, Beijing Municipal Road & Bridge Building Material Group Co., LTD.

10:20

公路智慧养护体系的构建与实践

Construction and Practice of Intelligent Highway Maintenance System

报告人：李海军 广东省交通集团有限公司养护中心总工程师、教授级高级工程师

Reporter：Haijun Li Professor-level Senior Engineer, Chief Engineer of Maintenance Center, Guangdong Communications Group Co., LTD.

主持人（Moderator）

陈冠雄 

广东省公路学会专家委员会主任

Guanxiong Chen 

Director of Expert Committee of Guangdong Province Highway Society

10:50

智慧技术赋能沥青路面养护质量提升

Enhancing Maintenance Quality of Asphalt Pavement with Intelligent Technology

报告人：吴传海 广东华路交通科技有限公司首席专家、总工程师

Reporter：Chuanhai Wu Chief Expert and Chief engineer of Guangdong Hualu Traffic Technology Co., LTD.

11:20

沥青路面智能化养护决策关键技术

Key Technology of Intelligent Maintenance Decision of Asphalt Pavement

报告人：马涛 东南大学交通学院副院长、博士生导师、首席教授

Reporter：Tao Ma Vice Dean, School of Transportation of Southeast University

11:50

基于颗粒扫描显微镜的沥青混合料界面粘结研究

Adhesion Between Aggregates and Asphalt Binders Investigated by Particle Probe Scanning Force Microscopy

报告人：谈颋 中山大学土木工程学院教授

Reporter：Tan Ting, Professor of School of Civil Engineering, Sun Yat-sen University

四、专家信息

专家简介（Introduction）

路桥高级工程师，从事公路交通事业40余年，主持广东省高速公路及特大型桥梁设计多项，历任广东省公路勘察规划设计院队长、总工室主任、广东省交通运输厅科长、副处长、处长、副厅长。曾任广东省人民政府参事，政协广东省委员会第九届委员、第十届常委，中国公路学会第七届、第八届常务理事，中国公路学会桥梁和结构工程分会第七届副理事长，广东省公路学会第七、第八届理事长；现任广东省交通运输厅技术顾问、广东省公路学会专家委员会主任。被聘为港珠澳大桥技术专家组、港珠澳大桥珠海连接线技术专家组、虎门二桥技术专家组及深中通道技术专家组专家。获广东省科技奖及中国公路学会科技奖多项。

Senior Road and Bridge Engineer, who has been engaged in highway transportation for more than 40 years, has presided over the design of many expressways and super large bridges in Guangdong Province, and has successively served as the leader of Guangdong Highway Survey, Planning and Design Institute, the director of the chief engineer's office, the section chief, deputy director, director and deputy director of Guangdong Provincial Department of Transportation. He used to be a Counselor of the People's Government of Guangdong Province, a member of the 9th and 10th Standing Committee of the CPPCC Guangdong Provincial Committee, the 7th and 8th Executive Directors of China Highway Society, the 7th Vice Chairman of the Bridge and Structural Engineering Branch of China Highway Society, and the 7th and 8th Chairmen of Guangdong Highway Society; At present, he is the technical consultant of the Department of Transportation of Guangdong Province and the director of the expert committee of Guangdong Highway Society. He was employed as a technical expert group of Hong Kong Zhuhai Macao Bridge, a technical expert group of Hong Kong Zhuhai Macao Bridge Zhuhai Link, a technical expert group of Humen Second Bridge and a technical expert group of Shenzhen Zhongshan Corridor. It has won many awards of Guangdong Provincial Science and Technology Award and China Highway Society Science and Technology Award.

专家简介（Introduction）

卢正宇，男，教授级高级工程师，兼任华南理工大学校外硕士导师。长期从事高速公路建设、施工、监理、检测与咨询的科技研发与工程实践，主持的两项大型高速公路建设项目获“鲁班奖”并荣获多项省部级荣誉。获“广东省十一五高速公路建设项目十大优秀项目经理”荣誉称号。主持的多项科技研究成果获中国公路学会、广东省公路学会科技进步奖。发表论文10余篇，出版学术专著3部。

LU Zhengyu, male, professor-level senior engineer, master tutor of South China University of Technology. He has been engaged in scientific and technological research and development and engineering practice of expressway construction, construction, supervision, testing and consultation for a long time. He has presided over two large-scale expressway construction projects and won the "Luban Award" and a number of provincial and ministerial honors. Won the honorary title of "Ten Outstanding Project Managers of Guangdong Highway Construction Projects during the 11th Five-Year Plan Period". He presided over a number of scientific and technological research achievements won the China Highway Society, Guangdong Province Highway Society Science and technology progress Award. He has published more than 10 papers and 3 academic monographs.

专家简介（Introduction）

国家万人计划科技创新领军人才，国家首批创新争先奖获得者，世界交通运输大会（WTC）学部委员会主席，中国公路学会副理事长，教育部道路运输与工程教学指导委员会主任，教育部特殊地区公路工程重点实验室主任。国际道路联合会（PIARC）路面工程委员会委员，国际路面科学与工程学会（APSE）创会会员，国际沥青路面协会（ISAP）和美国交通运输研究委员会（TRB）委员，“一带一路”国际交通联盟副主席（BRITA）。

Leading talents of the national "ten thousand person plan", and the first National Innovation Competition Award. The Chairman of the Committee of the World Traffic Convention (WTC), Vice Chairman of the Road Engineering Branch of China Highway Society, Director of the Road Transport and Engineering Teaching Committee of the Ministry of Education, the Chinese member of road construction and operation environment committee of International Road Federation (PIARC), the Director of the Key Lab of Special Area Highway Engineering, Founding member of Permanent International Association of Road Congresses, member of International Society for Asphalt Pavements (ISAP)and Transportation Research Board (TRB), Vice Chairman of Belt and Road International Transport Alliance (BRITA)

报告题目（Report）

公路管养的资产化到资源化

The Asset to Resource Transformation of the Highway Maintenance Management

报告精华（Report Summaries）

公路不单是社会的一种公共基础设施，也是投资建设方一笔规模庞大的资产，涵盖了投资建设成本、使用价值以及全生命周期内的资产保持与升值。公路养护管理实质为采取一定的技术方法，实现公路资产价值的利用、保持与提升。合理的设计、施工和养护维修技术是资产保持和基本性能与增加功能提升的重要保障。面向未来，公路资产在能源、资源和社会服务功能方面的资源化和储备特性，显示出公路养护管理由资产化到资源化的必然发展趋势。

Despite being widely acknowledged as a public infrastructure, the highway should be valued as a significant asset of the government or relevant businesses, as a result of its function in the investment and construction costs, high usage value, and asset maintenance and enhancement throughout the entire life cycle. To successfully utilize, maintain and enhance the highway asset value, the key is to adopt certain technical methods towards successful highway maintenance management. Therefore, it is a priority to effectively design, construct and maintain this asset. By recognizing the potential of the highway to reserve energy, create resources and provide social services, the highway maintenance management will inevitably illustrate the trend of more effective use of the resource potentials in its development.

专家简介（Introduction）

工学博士，教高，全国劳动模范。现任北京市政路桥集团首席技术专家，交通运输部公路交通节能与环保技术及装备行业研发中心（北京）主任，全国交通工程设施（公路）中国公路学会标准化技术委员会委员。曾获“交通运输部百名优秀工程师”、“交通运输部青年科技英才”、“交通运输部劳动模范”等荣誉称号，承担科技项目30余项，编制标准15项，授权发明专利20项。2次荣获国家科学技术进步二等奖，3次荣获北京市科学技术进步奖。

Doctor of Engineering, Professor level Senior Engineer, National Model Worker. At present, she is the chief technical expert of Beijing Municipal Road and Bridge Group, director of the Research and Development Center (Beijing) for Highway Traffic Energy Saving and Environmental Protection Technology and Equipment Industry of the Ministry of Transport, and a member of the Standardization Technical Committee of China Highway Society for National Traffic Engineering Facilities (Highway). She has won the honorary titles of "One Hundred Excellent Engineers of the Ministry of Transport", "Young Scientific and Technological Talents of the Ministry of Transport", "Model Worker of the Ministry of Transport", etc. She has undertaken more than 30 scientific and technological projects, prepared 15 standards and authorized 20 invention patents. She has won the second prize of National Science and Technology Progress Award twice and the Beijing Science and Technology Progress Award three times.

报告题目（Report）

快速维修养护技术的研发与应用

Rapid Maintenance Technology Research & Development and Application

报告精华（Report Summaries）

Compared with traditional maintenance methods, the research and application of rapid maintenance technology not only improves maintenance efficiency, reduces road occupation time, reduces traffic congestion caused by road maintenance, but also improves the safety of operations during construction. This report focuses on the maintenance characteristics of large traffic volume and urgent construction time in mega cities, and shares the super sticky waterproof bonding layer technology of bridge decks, ultra-thin cover technology, and cold patching asphalt mixing technology from the aspects of materials, processes, construction, and typical engineering.

专家简介（Introduction）

工学博士，教授级高工。现任广东省交通集团高速公路养管中心总工程师。中国公路学会养护与管理分会理事、广东省公路学会监事。公开发表论文二十余篇；二十余次在全国性公路工程技术研讨会、学术活动等进行主题宣讲；参与《公路路基养护技术规范》《公路隧道养护技术规范》 等5项行业标准编写及863计划项目等十余项课题研究；获省部级科学技术奖励4项，拥有3项实用新型专利。

D.E. and Professor-level Senior Engineer. Mainly engaged in highway engineering management, testing, maintenance technology and other work. Director of Maintenance and Management Branch of China Highway Society, and Supervisor of Guangdong Highway Society. Publicly published more than 20 papers; delivered more than 20 keynote speeches at national highway engineering technology seminars and academic activities; participated in the compilation of 5 industry standards including "Technical Specifications for Highway Subgrade Maintenance" and "Technical Specifications for Highway Tunnel Maintenance". He has conducted more than ten research projects such as the 863 program; won 4 provincial and ministerial science and technology awards, and has 3 utility model patents.

报告题目（Report）

公路智慧养护体系的构建与实践

Construction and Practice of Intelligent Highway Maintenance System

报告精华（Report Summaries）

讲座结合当前公路养护管理现状，分析了公路信息化、智慧化、科学化相对滞后的具体表现，提出在大力发展智慧公路的同时，智慧养护更应值得重视。公路智慧养护与道路安全、通畅、提质增效、可持续发展等关联度大，是智慧公路发展的动力和基础保障。在公路智慧养护体系方面，基于当前养护管理工作的痛点和难点，从服务对象体系构建、信息管控平台构建和政策支撑平台构建三方面，提出了构建的组成要素及相互关系。最后，结合广东高速公路智慧养护进展情况，介绍了养护科学决策、车载智慧巡查、无人机智能巡检、重点桥隧智能监控等方面的应用。

The lecture combined with the current situation of highway maintenance management, analyzed the specific performance of highway informatization, wisdom and scientific relatively lagging behind, and proposed that while vigorously developing wisdom highway, wisdom maintenance should be worth more attention. Highway wisdom maintenance and road safety, smooth, improve quality and efficiency, sustainable development and other correlation, is the driving force and basic guarantee of the development of wisdom highway. In terms of highway wisdom maintenance system, based on the current maintenance management pain points and difficulties, from the service object system construction, information control platform construction and policy support platform construction three aspects, put forward the construction of the components and interrelationship. Finally, the application of scientific decision making, vehicle wisdom inspection, intelligent inspection by drones and intelligent monitoring of key bridges and tunnels are introduced in the context of the progress of Guangdong highway wisdom maintenance.

专家简介（Introduction）

工学博士，博士后经历，路桥教授级高工。现为广东华路交通科技有限公司首席专家、总工程师、广东省十四届人大代表、广东省十四届人大财政经济委员会副主任委员，兼任全国沥青砼标准化技术委员会副主任委员、长安大学博士生导师、东南大学博士生导师。曾获“广东省劳动模范”、“全国优秀科技工作者”、“中国公路百名优秀工程师”等荣誉称号。近年来共主持完成了省部级科技项目二十余项，获得各类科学技术奖13项，取得国家专利技术20余项，出版专著1部，公开发表学术论文100余篇。

D.E., has the post-doctoral experience and the road and bridge professional professor-level senior engineer qualification. At present, he is the chief expert and chief engineer of Guangdong Hualu Traffic Technology Co., LTD.,the 14th People's Congress of Guangdong Province,vice chairman of the Financial and Economic Committee of the 14th People's Congress of Guangdong Province.He is also the deputy director of National Asphalt Concrete Standardization Technical Committee, doctoral supervisor of Chang 'an University and Southeast University. He has been honored with the titles of "Model Worker of Guangdong Province", "National Outstanding Science and Technology Worker" , "One Hundred Outstanding Highway Engineers of China" and so on. In recent years, he has presided over and completed more than 20 scientific and technological projects in the field of pavement engineering, obtained 13 provincial and ministerial science and technology awards, obtained more than 20 national patent technologies, published 1 monograph, and published more than 100 academic papers.

报告题目（Report）

智慧技术赋能沥青路面养护质量提升

Enhancing Maintenance Quality of Asphalt Pavement with Intelligent Technology

报告题目（Report）

公路路面养护质量的提升离不开路面使用性能全面而又准确的检测评估、路面病害处治方案合理而又精准的设计，以及路面养护施工方便而又及时的质量监控。针对目前公路路面养护高质量发展面临的智慧需求，介绍了基于数字全息三维检测技术的路面使用状况检测评估、路面全息三维检测数据的智慧应用，以及路面养护工程施工质量的智慧化监控。

The improvement of highway pavement maintenance quality is inseparable from the comprehensive and accurate detection and evaluation of pavement performance, the reasonable and accurate design of pavement disease treatment scheme, and the convenient and timely quality monitoring of pavement maintenance engineering construction.In view of the intelligent demand of the high quality development of highway pavement maintenance, the paper introduces the detection and evaluation of pavement service condition based on digital holographic three-dimensional detection technology, the intelligent application of holographic three-dimensional detection data of pavement, and the intelligent monitoring of the construction quality of pavement maintenance engineering.

专家简介（Introduction）

博士，东南大学青年首席教授，博导，国家优青， 国家工程研究中心副主任、江苏省重点实验室主任。主持及参与重要科研项目50余项；发表论文150余篇, 入选2020、2021爱思唯尔中国高被引学者；出版专著/教材8部，参编行业和地方标准6部；授权发明专利50余项，软件著作权12项；获得20余项省部级科研奖；入选交通运输部中青年科技创新领军人才、江苏省“333高层次人才培养工程”、“六大人才高峰培养计划”。

Doctor, professor, doctoral supervisor, Young Chief Professor of Southeast University, National Excellent Youth, Vice Director of National Engineering Research Center, Director of Jiangsu Provincial Key Laboratory. Presided over and participated in more than 50 important scientific research projects; published more than 150 academic papers, selected as 2020 and 2021 Elsevier China Highly Cited Scholars; published 8 monographs/textbooks, and participated in the compilation of 6 industry and local standards; authorized more than 50 national invention patents and 12 software copyrights; received more than 20 provincial and ministerial-level scientific research awards; selected as young and middle-aged scientific and technological innovation leaders of the Ministry of Transport of the People’s Republic of China, Jiangsu Province "333 High-level Talent Training Project", "Six Talent Peak Training Program" .

报告题目（Report）

沥青路面智能化养护决策关键技术

Key Technology of Intelligent Maintenance Decision of Asphalt Pavement

报告精华（Report Summaries）

沥青路面智能养护决策是人工智能与道路工程的交叉融合，是智慧交通基础设施的重要组成。该报告基于系统研究，总结分析了沥青路面智能化养护决策六大关键技术，智能无损检测技术、检测大数据清洗技术、路域服役性能预测技术、病害成因量化分析技术、多目标多层级养护决策技术，实现对路面养护时机、方法、工艺、材料的综合设计，形成高效、耐久、低碳的养护方案，建立一体化智能养护决策管理系统，并取得了良好的工程应用。

Intelligent maintenance decision-making of asphalt pavement is the interdisciplinary and fusion of artificial intelligence and road engineering, which is an important component of intelligent transportation infrastructure. This presentation summarized and analyzed six key technologies for intelligent maintenance decision-making of asphalt pavement based on systematic research, including intelligent non-destructive testing, big data cleaning, pavement service life prediction, distress causes quantitative analytical methods, multi-objective, and multi-level maintenance decision-making. The report realizes comprehensive design of pavement maintenance timing, methods, process, and materials, forming efficient, durable, and low-carbon emission maintenance program. The integrated intelligent maintenance decision-making management system is established and has achieved good engineering success. Intelligent maintenance decision-making of asphalt pavement is the interdisciplinary and fusion of artificial intelligence and road engineering, which is an important component of intelligent transportation infrastructure. This presentation summarized and analyzed six key technologies for intelligent maintenance decision-making of asphalt pavement based on systematic research, including intelligent non-destructive testing, big data cleaning, pavement service life prediction, distress causes quantitative analytical methods, multi-objective, and multi-level maintenance decision-making. The report realizes comprehensive design of pavement maintenance timing, methods, process, and materials, forming efficient, durable, and low-carbon emission maintenance program. The integrated intelligent maintenance decision-making management system is established and has achieved good engineering success.

专家简介（Introduction）

中山大学教授。华中科技大学学士，普林斯顿大学博士。曾担任美国能源部橡树岭国家实验室博士后，佛蒙特大学助理教授和副教授, 获得终身教职。谈老师在基础设施材料, 实验力学等领域发表文章70余篇，出版中英文专著4部，指导博士/硕士研究生10余人。申请人主持及参与过研究项目来源包括广东省基础与应用基础重点研究项目，美国交通部和美国能源部基础设施耐久性研究项目。

Professor Tan is a faculty member in Sun Yat-Sen University. He holds a bachelor’s degree from Huazhong University of Science and Technology, and a PhD from Princeton University. Before joining SYSU, he has been a postdoctoral research associate in U.S. Department of Energy Oak Ridge National Laboratory, the Assistant Professor and Tenured Associate Professor in the University of Vermont. Dr. Tan focuses on original research in synergizing fundamental study and practical needs on durability of infrastructure. His research has been supported by Guangdong Natural Science Foundation, US Department of Transportation, US Department of Energy etc.

报告题目（Report）

基于颗粒扫描显微镜的沥青混合料界面粘结研究

Adhesion Between Aggregates and Asphalt Binders Investigated by Particle Probe Scanning Force Microscopy

报告精华（Report Summaries）

本报告首先介绍颗粒扫描显微镜，包括矿物微颗粒探头的研发，测量了矿物微颗粒（碳酸钙、二氧化硅和氧化铝）和不同基质及改性沥青间的粘结力。同时，分子动力学模拟被用来研究拉伸速率对矿物-沥青界面粘结力的影响。结果展现了不同拉伸速率范围矿物-沥青界面粘结力的响应方式，揭示了不同矿物-沥青界面的微观结构变化和不同组分的破坏边界，结果与理论模型预测一致。

In this work, particle probe scanning force microscopy was introduced, including the creation of different particle probes (calcium carbonate, silica and alumina), and measurements of adhesion between particle probes and different virgin and modified asphalt binders. Meanwhile, molecular simulation was performed to investigate effects of loading rates on the mineral-binder interfacial adhesion. Results exhibited distinctive responses between aggregate minerals and asphalt binders at different loading rates, including microstructural changes at interfaces and failure envelops of various binder components. The results agreed with predictions from the Bell’s analytical theory on interfacial behavior at different loading rates.

主题论坛名称

01中国工程院智慧公路工程科技论坛

02中日院士论坛 Planetary Health and Innovations in Transportation Development – Perspectives of Carbon Emissions and Resource Circulation  

03“一带一路”国际交通研讨会 

04加快建设交通强国论坛

05第三届交通运输厅长论坛

06中国交通企业经营管理论坛

07交通高校校长论坛

08交通与能源融合发展论坛

09交通物流融合发展论坛

10第六届耐久性路面研究论坛

11第二届特种道面铺装国际论坛

12公路路面智慧管养技术论坛

13高性能功能型路面发展论坛

14道路工程新材料论坛

15道路工程可持续化发展论坛

16道路智能化管理与养护论坛

17绿色与安全道路交通学术论坛

18公路桥梁高效养护及安全耐久技术论坛

19第五届桥梁发展论坛

20第二届桥梁结构健康与安全论坛

21第二届桥梁美学论坛

22第一届桥梁智能与绿色建造论坛

23世界人行桥与景观桥创新发展论坛

24大跨度桥梁建设技术进展论坛

25桥梁疲劳断裂和长寿命设计与运维论坛 

26第二届水中悬浮隧道科技论坛 

27隧道智能建造技术论坛

28隧道与地下工程防灾减灾技术论坛

29WTC 隧道工程学部论坛

30国家公交都市创新发展高峰研讨会

31轨道-公交-慢行三网融合论坛

32数字交通探索与实践论坛——打造智慧交通生命体

33数字公路产业化发展论坛

34车路协同智慧交通国际论坛

35卫星技术赋能交通运输发展论坛

36智慧路网论坛

37交通基础设施工业化智能建造论坛

38第六届 BIM 技术在交通领域的推广应用论坛

39公路设施数字化建设与运维论坛（数字公路）

40公路设施数字化建设与运维论坛（运输装备）

41智能交通基建设施与安全管控技术论坛

42陆路交通基础设施低影响生态融合与智能化技术论坛 

43寒区交通基础设施智能化与安全保障技术论坛

44数字化施工与管理技术论坛

45智能驱动新型基础设施建养高品质发展论坛

46第五届高速公路出行服务论坛

47新一代航运系统论坛 

48国际运输与物流论坛

49北极航运论坛 

50港口群与智慧管理论坛

51第三届真空管道磁浮交通国际学术论坛

52高速铁路线路工程结构服役安全国际论坛 

53航空交通运输前沿技术论坛 

54智慧机场与可持续发展技术论坛

55交通交叉学科前沿论坛

56第三届交通与旅游融合发展论坛

57迈向零碳交通：科学前沿与实践探索论坛

58面向交通碳中和的科技创新与产业发展论坛

59低碳与低影响绿色交通技术论坛

60自主式交通系统前沿与实践论坛

61综合交通大数据应用与展望论坛 

62低碳交通与绿色发展前沿论坛

63交通基础设施投融资发展与风险防范论坛

64全国交通建设项目管理创新论坛

65第二届世界交通科技期刊论坛

66WTC2023 国际学生论坛

67港珠澳大桥工程文化与创意论坛 

68江城交通夜话：交通文化与政策论坛

69第六届青年科学家论坛

70交通运输碳达峰碳中和与可持续发展论坛

712023 年中国公路学会青年人才托举学术沙龙

72交通院校工作委员会换届会

73公路水下隧道设计规范宣贯会 

742023世界大学生桥梁设计大赛现场总决赛暨颁奖大会

75中国公路学会科技奖颁奖典礼

76腾讯之夜

77武汉理工之夜

78专题论坛

79墙报互动论坛

80特别兴趣会议

81交通科技博览会

82成果发布

2023世界交通运输大会（WTC2023）将于6月14日-17日在武汉举办，您可以通过以下任意一种方式进行注册参会：

＊登录大会官网www.wtc-conference.com，点击“我要参会”进行注册或登录；

＊扫描下方大会手机端二维码，点击“参会观展注册”进行注册或登录。

WTC2023｜手机端二维码