袁骥
Yuan Ji
学科/专业
土木工程/结构工程
Discipline/Major
Civil Engineering/Structural Engineering
学历/学位
研究生/博士
Education/Degree
Postgraduate/Ph.D.
政治面貌
中共党员
Political Affiliation
Member of the Communist Party of China
职称/职务
高级工程师/专任教师
Title/Position
Senior Engineer/Full-time Faculty Member
联系方式
Email: yuanji5203@163.com
Contact
Email: yuanji5203@163.com
教育经历
2006-2010，天津农学院，水文与水资源工程专业，获工学学士学位。
2011-2014，北京科技大学，土木工程专业，获工学硕士学位。
2018-2022，北京科技大学，土木工程专业，获工学博士学位。
Education
2006-2010, Tianjin Agricultural University, Hydrology and Water Resources Engineering, Bachelor of Engineering.
2011-2014, University of Science and Technology Beijing, Civil Engineering, Master of Engineering.
2018-2022, University of Science and Technology Beijing, Civil Engineering, Ph.D. in Engineering.
工作经历
2014/05-2022/08，中国建筑技术集团有限公司。
2022/09至今，台州学院建筑工程学院。
Work Experience
2014/05-2022/08, China Construction Technology Group Co., Ltd.
2022/09-present, School of Civil Engineering and Architecture, Taizhou University.
学术及社会兼职
《建筑施工》特邀编委。
《新型建筑材料》审稿专家。
Construction and Building Materials、Journal of Cleaner Production、Case Studies in Construction Materials、Science and Engineering of Composite Materials 等 SCI 期刊审稿专家。
浙江省科技厅专家库成员。
浙江省房屋安全鉴定专家。
浙江省经济和信息化厅专家库专家。
浙江省发展和改革委员会评审专家库专家。
Academic and Social Appointments
Invited Editorial Board Member, Building Construction.
Reviewer, New Building Materials.
Reviewer for SCI-indexed journals including Construction and Building Materials, Journal of Cleaner Production, Case Studies in Construction Materials, and Science and Engineering of Composite Materials.
Member, Expert Database of the Department of Science and Technology of Zhejiang Province.
Building Safety Appraisal Expert of Zhejiang Province.
Expert, Expert Database of the Zhejiang Provincial Department of Economy and Information Technology.
Evaluation Expert, Expert Database of the Zhejiang Provincial Development and Reform Commission.
个人荣誉及获奖
项目“面向双碳目标的低碳混凝土材料性能提升关键技术及应用”获 2025 年中国商业联合会服务业科技创新奖一等奖。
项目“滨海腐蚀环境下高强耐腐蚀混凝土关键制备技术研究及应用”获 2023 年中国商业联合会科学技术奖三等奖。
项目“矩形薄壁钢管锚固技术研究”获中国建筑科学研究院有限公司 2019 年度青年科技成果二等奖。
Honors and Awards
First Prize, 2025 Service Industry Science and Technology Innovation Award of the China General Chamber of Commerce, for Key Technologies and Applications for Improving the Performance of Low-Carbon Concrete toward Carbon-Peaking and Carbon-Neutrality Goals.
Third Prize, 2023 Science and Technology Award of the China General Chamber of Commerce, for Key Preparation Technologies and Applications of High-Strength, Corrosion-Resistant Concrete in Coastal Corrosive Environments.
Second Prize, 2019 Youth Science and Technology Achievement Award of China Academy of Building Research Co., Ltd., for Research on Anchoring Technology for Rectangular Thin-Walled Steel Tubes.
研究方向
高性能混凝土、房屋检测鉴定、海洋工程建设。
Research Interests
High-performance concrete; building inspection and appraisal; marine engineering construction.
主要在研及近期项目
1. 台州市城乡规划设计研究院有限公司：《滨海地面沉降区建筑室外工程技术研究》，2022/12-2025/10，主持。
2. 浙江省建设科研项目：《基于无人机辅助摄影测量的膜结构应变状态研究》（2023K311），2023/07-2025/07，主持。
3. 台州市科技计划项目：《高性能 EPS 混凝土设计制备与性能研究》，2023/05-2025/05，主持。
4. 浙江省建设科研项目：《基于废弃泥土资源化利用的流态型泡沫轻质固化土关键技术研究及工程示范》，2023/07-2025/07，技术负责人。
5. 中能绿湾（浙江）环境科技有限公司：《泡沫轻质固化土技术服务咨询》，2023/08-2025/08，技术负责人。
6. 方远建设集团、台州东盛建设投资有限公司等：《台州湾集聚区吹填超软土工程特性与安全绿色建造关键技术》，2021/10-2026/10，参与。
7. 《智能建造、智慧工地与绿色建筑协同应用技术开发》（HJ2026122），2026/07-2029/07，负责人。
8. 中国工程建设标准化协会《厚壁不锈钢波纹管应用技术规程》编制（HJ2026130），2026/07-2029/07，负责人。
9. 《新型聚合物水泥防水涂料耐紫外老化性能试验研究》（HJ2025481），2025/09-2025/12，负责人。
10. 《既有建筑地基基础加固关键技术研发》（HJ2026121），2026/07-2027/07，负责人。
11. 《台州市城市更新与生长协同推进路径研究》（KT20260147），2026/05-2027/05，负责人。
Ongoing and Recent Projects
1. Taizhou Urban and Rural Planning and Design Institute Co., Ltd.: Technical Research on Outdoor Works for Buildings in Coastal Land-Subsidence Areas, 2022/12-2025/10, PI.
2. Construction Research Project of Zhejiang Province: Research on Membrane-Structure Strain States Based on UAV-Assisted Photogrammetry (2023K311), 2023/07-2025/07, PI.
3. Taizhou Science and Technology Program: Design, Preparation and Performance of High-Performance EPS Concrete, 2023/05-2025/05, PI.
4. Construction Research Project of Zhejiang Province: Key Technologies and Engineering Demonstration of Flowable Foamed Lightweight Solidified Soil Based on Waste-Soil Resource Utilization, 2023/07-2025/07, Technical Lead.
5. Zhongneng Green Bay (Zhejiang) Environmental Technology Co., Ltd.: Technical Consulting Services for Foamed Lightweight Solidified Soil, 2023/08-2025/08, Technical Lead.
6. Fangyuan Construction Group, Taizhou Dongsheng Construction Investment Co., Ltd., et al.: Engineering Properties and Key Technologies for Safe and Green Construction of Hydraulic-Fill Ultra-Soft Soil in the Taizhou Bay Agglomeration Area, 2021/10-2026/10, Participant.
7. Development of Collaborative Application Technologies for Intelligent Construction, Smart Construction Sites and Green Buildings (HJ2026122), 2026/07-2029/07, Project Lead.
8. Compilation of the CECS Technical Specification for Application of Thick-Walled Stainless Steel Corrugated Pipes (HJ2026130), 2026/07-2029/07, Project Lead.
9. Experimental Study on UV-Aging Resistance of a New Polymer-Cement Waterproof Coating (HJ2025481), 2025/09-2025/12, Project Lead.
10. R&D of Key Technologies for Foundation Reinforcement of Existing Buildings (HJ2026121), 2026/07-2027/07, Project Lead.
11. Study on Coordinated Urban Renewal and Growth in Taizhou (KT20260147), 2026/05-2027/05, Project Lead.
已完成的主要科研项目
1. 台州市城乡规划设计研究院有限公司：《台州市房屋安全鉴定机构鉴定质量专项检查技术服务咨询》，2022/09-2023/02，主持。
2. 台州市科学技术协会项目：《台州市既有居住建筑宜居改造建议与对策》（KT20230122），2023/05-2024/05，主持。
3. 台州市科学技术协会重点项目：《近海工程结构耐久性研讨会》（XS20240212），2024/01-2024/09，参与。
4. 住房和城乡建设部科技计划项目：《装配式轻钢轻混凝土结构体系研究》（2016K5-001），2016/06-2022/04，参与。
Completed Major Research Projects
1. Taizhou Urban and Rural Planning and Design Institute Co., Ltd.: Technical Consulting for the Special Inspection of Appraisal Quality by Building Safety Appraisal Institutions in Taizhou, 2022/09-2023/02, PI.
2. Taizhou Association for Science and Technology Project: Recommendations and Countermeasures for Livability Renovation of Existing Residential Buildings in Taizhou (KT20230122), 2023/05-2024/05, PI.
3. Key Project of the Taizhou Association for Science and Technology: Seminar on Durability of Offshore Engineering Structures (XS20240212), 2024/01-2024/09, Participant.
4. Science and Technology Program of the Ministry of Housing and Urban-Rural Development: Research on Prefabricated Light-Steel and Lightweight-Concrete Structural Systems (2016K5-001), 2016/06-2022/04, Participant.
近期代表性论文
Recent Representative Publications
注：* 为通信作者。 Note: * Corresponding author.
1. Yuan J, Li D, Li W, et al. Study on frost resistance of EPS concrete based on EPS beads wrapping modification[J]. Construction and Building Materials, 2022, 345: 128400.
2. Zhang W, Jin D, Yuan J*. Speciation transformation and release of Cr(VI) in a GGBS-NaOH treated soil under acidic wet-dry cycle: Leaching characteristics and microscopic mechanisms[J]. Journal of Cleaner Production, 2024, 456: 142424.
3. Lin H, Zhu B, Yuan J*, et al. Study on the impact of HTPP fibers on the mechanical properties of ceramsite concrete[J]. Case Studies in Construction Materials, 2023, 19: e02471.
4. Lin H, Fan L, Zhang Z, Yuan J*, et al. Research on axial compressive performance of ceramic concrete reinforced with HTPP fibers[J]. Case Studies in Construction Materials, 2024, 21: e03412.
5. He H, Wang Y, Yuan J*, et al. A new type of mineral admixture and its impact on the carbonation resistance of EPS concrete[J]. Sustainability, 2023, 15(9): 7233.
6. Yuan J, Li W, Wang L, et al. Experimental study on surface wrapping strengthening of EPS particles and its concrete performance[J]. Science and Engineering of Composite Materials, 2022, 29(1): 23-36.
7. Yuan J, Wang L, Li W, et al. A new EPS beads strengthening technology and its influences on axial compressive properties of concrete[J]. Science and Engineering of Composite Materials, 2022, 29(1): 50-64.
8. He H, Gao L, Xu K, Yuan J*, et al. A study on the effect of microspheres on the freeze-thaw resistance of EPS concrete[J]. Science and Engineering of Composite Materials, 2024, 31(1): 20220241.
9. Wang S, Wang Y, Yuan J*, et al. Research on the carbonation resistance and improvement technology of fully recycled aggregate concrete[J]. Science and Engineering of Composite Materials, 2024, 31(1): 20240022.
10. Wang S, Xu S, Han Y, Yuan J*, et al. Effect of high-tenacity polypropylene fibers on the carbonation resistance of expanded polystyrene concrete[J]. Buildings, 2024, 14(8): 2480.
11. Zou Y, Peng W, Zhang Z, Yuan J*, et al. Axial compression performance of structural ceramsite concrete reinforced with steel fiber[J]. Practice Periodical on Structural Design and Construction, 2024, 29(3): 04024027.
12. Gao J, Ye S, Yuan J, Jian X, He H, Shang Y. Study on the coupled relationship between dry density and mechanical properties of geopolymer EPS concrete[J]. Materials, 2026, 19(13): 2712.
13. Cui H, Shang Y, Shou H, Ye L, Yuan J, He P, Li R, He H, Ding Z, Mao Z. Post-cracking flexural performance of HTPP fiber-reinforced EPS concrete and its application to wind-loaded exterior wall panels[J]. Materials, 2026, 19(15): 3287.
14. Jian X, He H, Yuan J, Mao Z. Study on the Freeze-Thaw Durability and Carbon Emission Reduction Benefits of Geopolymer EPS Concrete[J]. Materials, 2026, 19(10): 2023.
近期代表性成果
协会标准
1. 中国工程建设标准化协会标准《楼地面铺装智能施工标准》，编委。
2. 中国工程建设标准化协会标准《预制混凝土构件智能检测技术规程》，编委。
3. 中国建筑协会《红外热像法检测建筑壁画 空鼓病害技术标准》，编委。
4. 中国工程建设标准化协会标准《聚苯免拆模板应用技术规程》，编委。
授权专利
1. 实用新型专利：一种滨海管路防沉降结构；专利权人：台州学院、台州市九洲软管有限公司、台州市城乡规划设计研究院有限公司；专利号 ZL 2024 2 1836087.1，授权公告号 CN 222878852 U；申请日 2024/07/31，授权日 2025/05/16；袁骥为第一发明人。
2. 实用新型专利：一种变曲率弧形过渡预防桥头跳车结构；专利权人：中能绿湾（浙江）环境科技有限公司、台州学院；专利号 ZL 2025 2 1581985.1，授权公告号 CN 224412298 U；申请日 2025/07/26，授权日 2026/06/26；袁骥为第八发明人。
3. 实用新型专利：一种硬化道路的排水结构；专利权人：中能绿湾（浙江）环境科技有限公司、台州学院；专利号 ZL 2025 2 1577149.6，授权公告号 CN 224412359 U；申请日 2025/07/26，授权日 2026/06/26；袁骥为第八发明人。
4. 实用新型专利：一种基于渣土与废弃 EPS 综合利用的流态固化土生产线；专利权人：中能绿湾（浙江）环境科技有限公司、台州学院；专利号 ZL 2025 2 1574881.8，授权公告号 CN 224408042 U；申请日 2025/07/26，授权日 2026/06/26；袁骥为第八发明人。
5. 实用新型专利：一种轻钢结构房屋的屋面结构；专利权人：天颂建设集团有限公司；专利号 ZL 2024 2 2855160.6，授权公告号 CN 223373974 U；申请日 2024/11/22，授权日 2025/09/23；袁骥为第五发明人。
6. 实用新型专利：一种含地下室的主楼室外台阶防沉降结构；专利权人：台州东盛建设投资有限公司；专利号 ZL 2024 2 2426582.1，授权公告号 CN 223135305 U；申请日 2024/10/08，授权日 2025/07/22；袁骥为第三发明人。
7. 实用新型专利：一种室外台阶防沉降结构；专利权人：台州东盛建设投资有限公司；专利号 ZL 2024 2 2434719.8，授权公告号 CN 223135306 U；申请日 2024/10/08，授权日 2025/07/22；袁骥为第三发明人。
8. 实用新型专利：一种零板底管道防沉降结构；专利权人：台州东盛建设投资有限公司；专利号 ZL 2024 2 2303689.7，授权公告号 CN 223088592 U；申请日 2024/09/20，授权日 2025/07/11；袁骥为第三发明人。
Other Recent Achievements
Association Standards
1. CECS Standard, Standard for Intelligent Construction of Floor Paving, Member of the Drafting Committee.
2. CECS Standard, Technical Specification for Intelligent Inspection of Precast Concrete Components, Member of the Drafting Committee.
3. China Construction Association Standard, Technical Standard for Detecting Hollowing Defects in Architectural Murals by Infrared Thermography, Member of the Drafting Committee.
4. CECS Standard, Technical Specification for Application of Polystyrene Stay-in-Place Formwork, Member of the Drafting Committee.
Granted Patents
1. Utility Model Patent: Anti-Settlement Structure for Coastal Pipelines; patentees: Taizhou University, Taizhou Jiuzhou Hose Co., Ltd., and Taizhou Urban and Rural Planning and Design Institute Co., Ltd.; Patent No. ZL 2024 2 1836087.1, Grant Publication No. CN 222878852 U; filed 2024/07/31 and granted 2025/05/16; Yuan Ji was the first inventor.
2. Utility Model Patent: Variable-Curvature Arc Transition Structure for Preventing Bridgehead Bumps; patentees: Zhongneng Green Bay (Zhejiang) Environmental Technology Co., Ltd. and Taizhou University; Patent No. ZL 2025 2 1581985.1, Grant Publication No. CN 224412298 U; filed 2025/07/26 and granted 2026/06/26; Yuan Ji was the eighth inventor.
3. Utility Model Patent: Drainage Structure for Hardened Roads; patentees: Zhongneng Green Bay (Zhejiang) Environmental Technology Co., Ltd. and Taizhou University; Patent No. ZL 2025 2 1577149.6, Grant Publication No. CN 224412359 U; filed 2025/07/26 and granted 2026/06/26; Yuan Ji was the eighth inventor.
4. Utility Model Patent: Flowable Solidified Soil Production Line Based on the Comprehensive Utilization of Excavated Soil and Waste EPS; patentees: Zhongneng Green Bay (Zhejiang) Environmental Technology Co., Ltd. and Taizhou University; Patent No. ZL 2025 2 1574881.8, Grant Publication No. CN 224408042 U; filed 2025/07/26 and granted 2026/06/26; Yuan Ji was the eighth inventor.
5. Utility Model Patent: Roof Structure for Light-Steel Buildings; patentee: Tiansong Construction Group Co., Ltd.; Patent No. ZL 2024 2 2855160.6, Grant Publication No. CN 223373974 U; filed 2024/11/22 and granted 2025/09/23; Yuan Ji was the fifth inventor.
6. Utility Model Patent: Anti-Settlement Structure for Outdoor Steps of a Main Building with a Basement; patentee: Taizhou Dongsheng Construction Investment Co., Ltd.; Patent No. ZL 2024 2 2426582.1, Grant Publication No. CN 223135305 U; filed 2024/10/08 and granted 2025/07/22; Yuan Ji was the third inventor.
7. Utility Model Patent: Anti-Settlement Structure for Outdoor Steps; patentee: Taizhou Dongsheng Construction Investment Co., Ltd.; Patent No. ZL 2024 2 2434719.8, Grant Publication No. CN 223135306 U; filed 2024/10/08 and granted 2025/07/22; Yuan Ji was the third inventor.
8. Utility Model Patent: Anti-Settlement Structure for Pipelines beneath a Zero-Level Slab; patentee: Taizhou Dongsheng Construction Investment Co., Ltd.; Patent No. ZL 2024 2 2303689.7, Grant Publication No. CN 223088592 U; filed 2024/09/20 and granted 2025/07/11; Yuan Ji was the third inventor.
