个人信息姓名：田伟辰
国籍：中国
性别：男
毕业院校：哈尔滨工业大学
职称：副研究员
学位：博士
职称类别：副高级
岗位类别：教学科研岗
电子邮件：tianweichen@ncu.edu.cn
所在单位：工程建设学院
办公地址：建工楼515
个人信息田伟辰，辽宁丹东人，2023年4月博士毕业于哈尔滨工业大学力学专业（学科评估A+，U.S. News世界工科大学排名第5），后于香港理工大学土木与环境工程学系从事博士后研究工作（土木工程U.S. News世界排名第2）。于2024年7月入职南昌大学工程建设学院。主要研究方向为先进土木工程材料的结构与功能一体化设计，以及人工智能驱动材料开发与工程应用优化。主持国家自然科学基金1项，江西省自然科学基金2项。共计发表70余篇高水平论文，SCI累计影响因子646.7，被引1300余次，h因子21，其中第一作者/通信作者发表30篇SCI文章，包括15篇中科院一区TOP，8篇中科院二区TOP，3篇美国ASCE会刊，累计影响因子253.7。参编专著2章，获授权发明专利5项，实审中4项，登记软件著作权4项。担任SCI期刊Scientific Reports编辑，Materials、Buildings、Sustainability客座编辑，南昌大学学报（工科版）学术主编，兼任材料导报、清华大学出版社Journal of Intelligent Construction，中南大学学报（自然科学版）及河南理工大学学报（自然科学版）青年编委。同时担任行业顶刊Advanced composites and hybrid materials, Cement and Concrete Composites, Journal of Cleaner Production, Engineering Applications of Artificial Intelligence, Construction and Building Materials, Journal of Building Engineering, Ceramics International, Journal of Materials in Civil Engineering等30余个期刊独立审稿人。
主要研究方向如下：
自感知导电水泥基材料的力-电响应特性及智能监测机理（相关成果发表于Composites PartB: Engineering, Cement and Concrete Composites, Construction and Building Materials等）
超高性能混凝土多尺度结构调控与极端工况下服役性能提升方法（相关成果发表于Cement and Concrete Composites, Journal of Cleaner Production, Construction and Building Materials等）
工业固废高值化利用与低碳功能建材的制备技术及应用基础研究（相关成果发表于Journal of Cleaner Production, Construction and Building Materials, Journal of Building Engineering等）
钢筋混凝土结构静态拆除的安全控制与智能施工技术（相关成果发表于Construction and Building Materials, Structures等）
在教学成果方面：
刘祥龙同学获得2025年硕士研究生国家奖学金，南昌大学2024-2025学年研究生一等学业奖学金，南昌大学2024-2025年度“优秀学生党员”、“优秀研究生干部”称号，主持2025年江西省研究生创新专项资金项目一项；获得南昌大学2026年“学术之星”创新奖，南昌大学2025-2026学年研究生特等学业奖学金、南昌大学工程建设学院2026年徐伟标校友助学金，南昌大学2025-2026年度“优秀党务工作者”称号。
万铭轩同学主持2026年江西省研究生创新专项资金项目一项（省级）
谌昱李焰同学主持2026年江西省研究生创新专项资金项目一项（校级）
[1] 201909-202302 哈尔滨工业大学 博士研究生
[2] 201709-201907 哈尔滨工业大学 硕士研究生
[3] 201309-201707 沈阳建筑大学 大学本科
[1] 202407-* 南昌大学 南昌大学
[2] 202304-202407 香港理工大学 香港理工大学
复杂环境下自感知混凝土导电网络演化规律与压阻性能时变机理
基于精准温控与界面强化的欧姆热养护储热C-UHPC多尺度性能提升机理研究
欧姆热养护锂渣基 UHPC 微结构调控与性能提升
已发表的论文
1. Tian WC（田伟辰）, Liu YS*, Wang W. Enhanced ohmic heating and chloride adsorption efficiency of conductive seawater cementitious composite: Effect of non-conductive nano-silica. Composites Part B, 2022, 236: 109854.（唯一第一作者，中科院一区TOP SCI，IF=14）
2. Tian WC（田伟辰）, Liu YS*, Wang W. Multi-structural evolution of conductive reactive powder concrete manufactured by enhanced ohmic heating curing. Cement and Concrete Composites, 2021, 123: 104199.（唯一第一作者，中科院一区TOP SCI，IF=14.4）
3. Tian WC（田伟辰）, Liu YS*, Qi BM, Wang W. Enhanced effect of carbon nanofibers on heating efficiency of conductive cementitious composites under ohmic heating curing. Cement and Concrete Composites, 2021, 117: 103904.（唯一第一作者，中科院一区TOP SCI，IF=14.4）
4. Tian WC（田伟辰）, Liu YS*, Wang MZ, Wang W. Performance and economic analyses of low-energy ohmic heating cured sustainable reactive powder concrete with dolomite powder as fine aggregates. Journal of Cleaner Production, 2021, 329: 129692.（唯一第一作者，中科院一区TOP SCI，IF=10.7）
5. Tian WC（田伟辰）, Wang MZ, Liu YS*, Wang W. Ohmic heating curing of high content fly ash blended cement-based composites towards sustainable green construction materials used in severe cold region. Journal of Cleaner Production, 2020, 276: 123300.（唯一第一作者，中科院一区TOP SCI，IF=10.7）
6. Tang J, Zhu XH, Sun KK, Yao C, Tian WC（田伟辰）. Cross-scale evolution of coupled steel fiber–pore system from early-age dynamics to structural stratification in UHPC: Role of rheology-governed sedimentation–locking window. Construction and Building Materials, 2026, 542: 147976. （唯一第一作者，中科院一区TOP SCI，IF=8.9）
7. Tian WC（田伟辰）, Liu XL, Han BG, Dong SF, Qiu RP*. Stabilized electrical conductivity in nano-engineered ultra-high performance concrete under prolonged freezing exposure: Nano-reinforcement and cryo-induced water migration mechanism. Construction and Building Materials, 2026, 518: 145836. （唯一第一作者，中科院一区TOP SCI，IF=8.9）
8. Wang XG, Chen HW, Liu XL, Tian WC（田伟辰）*, Zou FB, Cao WX. Role of self-healing microcapsules on the structural evolution of pre-damaged UHPC: Synergistical improvement in self-healing and corrosion resistance behavior. Construction and Building Materials, 2025, 493: 143109. （唯一通信作者，中科院一区TOP SCI，IF=8.9）
9. Tian WC（田伟辰）, Liu XL, Liu YS*, Wang XG*, Zou FB, Cao WX, Guo GJ, Wang W. New insights into thermal-mechanical improvement of self-heating conductive high-performance cementitious composite. Construction and Building Materials, 2025, 489: 142358.（唯一第一作者，中科院一区TOP SCI，IF=8.9）
10. Tian WC（田伟辰）, Qiu RP, Tang Z, Zhong YW, Liu XL, Wang XG, Zou FB, Li RS*. XGBoost assisted in identifying the structural damage behavior of fiber-reinforced concrete during the soundless demolition process through electrical resistance changes. Construction and Building Materials, 2025, 478: 141376. （唯一第一作者，中科院一区TOP SCI，IF=8.9）
11. Tian WC*（田伟辰）, Zhang ZL, Qiu RP, Lu JX**, Li RS, Liu YS, Wang W. Electrical performance of conductive cementitious composites: Enhanced conduction by carbon fibers towards self-sensing function. Construction and Building Materials, 2024, 421: 135771.（唯一第一作者，中科院一区TOP SCI，IF=8.9）
12. Tian WC#（田伟辰）, Qi BM#, Liu YS*, Liu KQ, Wang W. Early frost resistance and permeability properties of carbon fiber/cement-based composite cured by ohmic heating under ultra-low temperature. Construction and Building Materials, 2021, 282: 122729.（第一作者，中科院一区TOP SCI，IF=8.9）
13. Wang XG, Qin Shuang, Tian WC*（田伟辰）, Liu YS, Zou FB. Enhanced electrical-thermal conversion efficiency in electrically conductive heat-stored mortar: Role of carbon nanofiber hybrid microencapsulated phase change materials [J]. Journal of Energy Storage, 2026, 166: 122458.（唯一通信作者，中科院二区SCI，IF=10.7）
14. Qiu RP, Tang J, Chen SY, Liu YS, Tian WC*（田伟辰）. Machine learning-driven predictions of electrical resistivity for smart structural health monitoring in conductive cementitious composites. Journal of Building Engineering, 2026, 124: 116052. （唯一通信作者，中科院二区TOP SCI，IF=8.1）
15. Tian WC（田伟辰），Liu XL, Xiao HG, Qiu RP, Zhao XD, Xia Y, Wang XG*. Strategic construction of hierarchical conductive networks in ultra-high performance concrete towards superior electrical conductivity and mechanical strength [J]. Journal of Building Engineering, 2026, 123: 115924. （唯一第一作者，中科院二区TOP SCI，IF=8.1）
16. Tian WC（田伟辰）, Liu XL, Zhao XD, Lu JX, Chen SY, Cyr Martin, Arezki Tagnit-Hamou, Poon Chi Sun. Insight into the improvement mechanism of high temperature resistance of ultra-high performance concrete incorporating waste glass powder: Experiment and simulation. Journal of Building Engineering, 2025, 114693. （唯一第一作者，中科院二区TOP SCI，IF=8.1）
17. Tian WC（田伟辰）, Liu XL, Wang XG, Zou FB, Xu Y, Liu Y*, Lu J**, Xu L, Wang W. Improving electrical-thermal-mechanical functional performance of intelligent conductive cementitious composites: Through fiber orientation by magnetic field. Journal of Building Engineering, 2025, 104: 112374.（唯一第一作者，中科院二区TOP SCI，IF=8.1）
18. Tian WC（田伟辰）, Liu YS*, Wang MZ, Liu HW, Yu KY, Xia Y, Wang W, Li RS**. Improved chloride binding capacity in sustainable metakaolin blended seawater cement mortar: Effect of external alternative electric field. Journal of Building Engineering, 2024, 981: 111454.（唯一第一作者，中科院二区TOP SCI，IF=8.1）
19. Tian WC（田伟辰）, Li RS, Zhang ZL, Wang MZ, Liu YS*, Lu JX**, Jia Y, Wang W. Curing parameters development and long-term performance of ohmic heating cured conductive cementitious composites: A comparative study on fiber fraction. Journal of Building Engineering, 2024, 91: 109566. （唯一第一作者，中科院二区TOP SCI，IF=8.1）
20. Zhang L, Ouyang, MZ, Tian WC*（田伟辰）, Liu YS, Fu Q, Wang W. Internal structural evolution of conductive cementitious composites subjected to multi-step ohmic heating curing strategy under severely cold temperature. Journal of Building Engineering, 2023, 80: 108101.（唯一通信作者，中科院二区TOP SCI，IF=8.1）
21. Li RS, Tian WC*（田伟辰）, Qiu RP, Tang Z, Zhang X, Wang W. Damage characteristic of concrete treated by environmental-friendly soundless chemical demolition method: Hole design parameters regulated demolition efficiency. Structures, 2024, 70: 107683.（唯一通信作者，中科院大类二区 SCI，IF=4.9）
22. Tian WC（田伟辰）#, Tang J#, Wang HC*, Zhou XH, Li M, Wang W, Xu L**. Ohmic heating-induced microstructure refinement and multi-environment durability enhancement in seawater sea sand concrete under severely cold environment [J]. Case Studies in Construction Materials, 2025, e05580. （第一作者，中科院二区SCI，IF=6.9）
23. Zou FB, Li R, Wang HY, Wang XG, Tian WC（田伟辰）, Cao WX, Yu Y, Wang CY. Recycled lithium slag and C-A-S-H nano-seeds as composite activators in low-carbon blended cements: sulfate regulation and nucleation effects [J]. Journal of Sustainable Cement-based Materials, 2026, 2690474. （第一作者，中科院二区SCI，IF=3.6）
24. Tian WC（田伟辰）, Liu XL, Wang XG*, Liu YS, Zou FB, Cao WX. Electrothermal activation of carbon nanofiber for enhanced early-age strength of ultra-high performance concrete under alternative electric field [J]. Journal of Materials in Civil Engineering, （唯一第一作者，中科院三区SCI，IF=3.2）
25. Tian WC（田伟辰）, Liu YS*, Liu HW, Wang W. Performance evolution and chloride adsorption efficiency of seawater mixed cement-based materials subjected to ohmic heating curing under severely-low temperature. Journal of Materials in Civil Engineering, 2023, 35: 04023459.（唯一第一作者，中科院三区SCI，IF=3.2）
26. Wang XG, Guo GJ, Chen T, Tian WC*（田伟辰）, Zou FB. Valorization of zeolite powder into cement-based materials: Multi-step improvement effect of diethanol-isopropanolamine and triethanolamine. Journal of Materials in Civil Engineering, 2025, MTENG-21297. （唯一通信作者，中科院三区SCI，IF=3.2）
27. Liu YS#, Tian WC#（田伟辰）, Ma GW*. Electric activation curing behaviour of reinforced concrete beam under severely-cold environment: Breakthrough of rapid concrete manufacturing at cold region. Construction and Building Materials, 2023, 384: 131443. （共同第一作者，中科院一区TOP SCI，IF=8.9）
28. Liu YS#, Tian WC#（田伟辰）, Jia MJ, Wang L*, Ma GW**. Effect of stirrup arrangements on electrical and heating performances of electric activation manufactured concrete beam: Simulation and experimental investigation. Journal of Building Engineering, 2023, 78: 107604.（共同第一作者，中科院二区TOP SCI，IF=8.1）
29. Li RS, Zheng WZ*, Hou XM, Zhang JY, Li GC, Wang W, Tian WC*（田伟辰）. Synergistical influence of internal expansion and external constraint on demolition efficiency of soundless chemical demolition method for concrete structures. Construction and Building Materials, 2023, 409: 134194.（共同通信作者，中科院一区TOP SCI，IF=8.9）
30. Li RS, Zheng WZ*, Xia ZH, Tian WC*（田伟辰）. Destruction extent of reinforced concrete shear walls demolished by soundless chemical demolition technology: Improvement by structural and parameter design. Construction and Building Materials, 2024, 440: 137295.（共同通信作者，中科院一区TOP SCI，IF=8.9）
授权专利
1. 刘雨时, 王伟, 田伟辰. 一种用于寒区冬季修补裂缝的混凝土的养护方法.已授权
2. 马国伟, 刘雨时, 田伟辰. 负温环境混凝土结构电激养护方法及其养护设备. 已授权
3. 刘雨时，马国伟，田伟辰. 用于寒区冬季混凝土的梯度温度电激养护方法.已授权
4. 马国伟, 刘雨时, 田伟辰. 一种超长混凝土结构的快速电激养护建造方法. 已授权
5. 王信刚，马超，田伟辰.一种掺杂锂渣驱动自修复-自预警双功能微胶囊、涂料、涂层以及制备方法 已授权
登记软件著作权
1. 水泥基材料电阻率相对发展预测系统V1.0 田伟辰
2. 混凝土高温后强度预测系统V1.0 田伟辰
3. 高温下固废水泥基材料强度预测系统V1.0 邱锐鹏，田伟辰
4. 负温环境导电高性能混凝土的电学性能预测系统V1.0 田伟辰，邱锐鹏
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