职称：副教授
学位：博士学位
风电叶片资源化
1、混凝土绿色建造：聚焦再生原料品质复杂特性，研究再生混凝土的流变性能、配合比优化与收缩调控技术。
2、混凝土智能建造：面向混凝土材料-结构功能一体化发展需求，研究混凝土的智能设计、生产与施工技术。
3、建筑固废（装修垃圾）资源化：针对高混杂特性，从技术、政策、投资模式等多角度探索其资源化与产业化利用模式。
4、风电叶片资源化：开展退役风电叶片的资源化顶层规划设计与利用技术，探索其全生命周期清洁低碳的解决方案。
已发表SCI/EI期刊论文150余篇，Scopus数据库H指数为48，整体引用9000余次，单篇引用最高580余次，包括JCR Q1区期刊论文60余篇，5篇论文入选 ESI 高被引论文，其中第一或通讯作者51篇，出版著作 1 部。详情可参考：https://www.scopus.com/authid/detail.uri?authorId=55255363300
代表性论文：
1. Duan Z., Zhang W., Liu C., Nasr A., Wu Y., Yao Y., Wang J. (2025). Recycled wind turbine blade fibers as reinforcement in mortar: A comprehensive performance evaluation. Journal of Cleaner Production, 528, 146740.
2. Duan Z., Li J., Zou S., Huang T., Li B., Hu Z., Li L.(2025). Hydration kinetics and modified model for effective water to cement ratio control in recycled aggregate concrete. Case Studies in Construction Materials, 23, e05217.
3. Yang Q., Duan Z.*, Yang H., Li F., Wang H., Jiao D. (2026). Alkali-activated composite solid-waste mortar using municipal solid waste incinerated fly ash as both precursor and aggregate: Mechanical properties, solidification and microstructural insights. Cement and Concrete Composites, 174, 106808.
4. Xiao J., Hou S.*, Duan Z.*, Zou S.(2023). Rheology of 3D printable concrete prepared by secondary mixing of ready-mix concrete. Cement and Concrete Composites, 138, 104958.
5. Duan Z., Tao J.-L., Lin C., Jiao D., Zhou Y., Zhao Z., Lu J.-X.(2025). 3D printing-driven dynamic migration of lightweight microspheres in the printable mortars: Experiment and modelling. Construction and Building Materials, 470, 140499.
6. Liang C., Bao J., Gu F., Lu J., Ma Z., Hou S.*, Duan Z. *(2025). Determining the importance of recycled aggregate characteristics affecting the elastic modulus of concrete by modeled recycled aggregate concrete: Experiment and numerical simulation. Cement and Concrete Composites, 162,106118.
7. Tao J., Hu S., Duan Z.*, Jiao D.*(2026). Magneto-responsive flow behavior and early-age microstructural evolution of 3D printing lightweight concrete with fly ash cenospheres.Cement and Concrete Composites, 166, 106411.
8. Duan Z., Zhuang Y., Deng Q., Li J., Nasr A., Wang Y.(2026). Poromechanical insights into plastic shrinkage of mortars with porous aggregates: Effect of initial aggregate moisture. Cement and Concrete Composites, 172, 106693.
9. Duan Z., Zhao W., Ye T., Xiao J.(2024). Performance optimization and environmental assessment of novel alkali-activated binders containing carbonated recycled concrete powder. Journal of Cleaner Production, 481, 144145.
10. Zhang W., Duan Z.*, Wu Y., Nasr A., Wang B., Xia H.(2025). High-value recycling strategies for retired wind turbine blades in China: A spatiotemporal adaptability framework. Waste Management, 205, 115010.
11. Zhang W., Duan Z.*, Wu Y., Liu C., Yao Y., Nasr A., Yang Q., Xia H.(2026). Engineering application of non-dominated sorting genetic algorithm III: Multi-objective optimization of ultra-high performance concrete for diverse scenarios. Engineering Applications of Artificial Intelligence, 175, 114551.
12. Duan Z., Deng Q., Liang C., Ma Z., Wu H.(2023). Upcycling of recycled plastic fiber for sustainable cementitious composites: A critical review and new perspective. Cement and Concrete Composites, 142, 105192.
13. Deng Q., Zhuang Y., Singh A., Zhu Z., Liu H., Duan Z.*, Zhang S., Zhang H.(2026). A New Method for Predicting the Rheological Properties of Recycled Aggregate Concrete with a Multiscale Two-Phase Perspective. Journal of Materials in Civil Engineering, 38(8), 04026229.
14. Duan Z., Hou S., Xiao J., Singh A.(2020). Rheological properties of mortar containing recycled powders from construction and demolition wastes. Construction and Building Materials, 237, 117622.
15. Duan Z., Poon C.S., Xiao J. (2017). Using artificial neural networks to assess the applicability of recycled aggregate classification by different specifications. Materials and Structures/Materiaux et Constructions, 50 (2), 107.
16. Xiao J., Lv Z., Duan Z.*, Hou S. (2022). Study on preparation and mechanical properties of 3D printed concrete with different aggregate combinations. Journal of Building Engineering, 51, 104282.
17. Duan Z.H., Kou S.C., Poon C.S. (2013). Using artificial neural networks for predicting the elastic modulus of recycled aggregate concrete. Construction and Building Materials, 44: 524 - 532.
18. Duan Z.H., Kou S.C., Poon C.S.(2013). Prediction of compressive strength of recycled aggregate concrete using artificial neural networks. Construction and Building Materials, 40: 1200 - 1206.
19. Duan Z.H., Poon C.S.(2014). Properties of recycled aggregate concrete made with recycled aggregates with different amounts of old adhered mortars. Materials and Design, 58: 19 - 29.
20. Duan Z., Hou S., Xiao J., Li B. (2020). Study on the essential properties of recycled powders from construction and demolition waste. Journal of Cleaner Production, 253, 119865.
21. Duan Z., Hou M., Xiao J., Deng Q. (2025). Influences of packing properties on the workability of cementitious materials using mixed recycled fine aggregate derived from decoration waste. Construction and Building Materials, 458, 139479.
22. Duan Z., Yang W., Liu H., Zou S., Shi X., Li B.(2026). Core particle morphology effects on granulation and performance of cold-bonded core-shell aggregates from recycled concrete fines. Construction and Building Materials, 519, 145939.
23. Deng Q., Zhuang Y., Nasr A., Liu H., Duan Z*.(2025). Assessing the effect of particle characteristics on the rheological properties of mortar with recycled fine aggregate. Journal of Building Engineering, 107, 112673.
24. Yang W., Wang K., Wang J., Meng Z., Jin S., Duan Z.*(2026). Alkali-activated core-shell artificial lightweight aggregates produced from multi-source recycled fines: Performance evaluation and concrete validation. Construction and Building Materials, 540, 147631.
25. Yang W., Wang J., Jin S., Lu J.-X., Zou S., Meng Z., Duan Z*.(2025). Valorization of recycled concrete wastes into high-performance cold-bonded core-shell aggregates via one-part alkali activation. Construction and Building Materials, 493, 143218.
26. Duan Z., Hou M., Xiao J., Pan Y., Lu Z.(2025). Investigation on the compatibility between recycled powder and superplasticizers in cementitious materials. Journal of Building Engineering, 113, 114138.
27. Nasr A., Duan Z.*, Singh A., Yang M., Zou S., Arab M.A.E.-S.(2024). Enhancing mechanical properties of 3D printed cementitious composites utilizing hybrid recycled PP and PET fibers. Construction and Building Materials, 455, 139179.
28. Nasr A., Duan Z.*, Singh A., Deng Q., Yang M., Sun Q., Arab M.A.E.-S.(2025). Fresh properties and rheological behavior of 3D-Printed cementitious composites incorporating recycled PVC and nylon fibers: An experimental approach. Journal of Building Engineering, 104, 112218.
29. Duan Z., Deng Q., Xiao J., Zhang H., Nasr A., Li L., Zou S.(2023). Early-stage water-absorbing behavior and mechanism of recycled coarse aggregate. Construction and Building Materials, 394, 132138.
30. Deng Q., Zhuang Y., Yang W., Zhao K., Zhang S., Duan Z.*, Xiao J.(2025). Rheological properties of mortar with recycled fine aggregate: From the perspective of particle packing Construction and Building Materials, 465, 140237.
31. Xiao J., Zhang H., Zou S., Duan Z.*, Ma Y.(2022). Developing recycled foamed concrete for engineered material arresting system. Journal of Building Engineering, 53, 104555.
32. Li B., Hou S., Duan Z.*, Li L., Guo W. (2021). Rheological behavior and compressive strength of concrete made with recycled fine aggregate of different size range. Construction and Building Materials, 268, 121172.
33. Yang W., Duan Z.*, Yang Q., Chen Y., Zou S., Xiong H.(2026). Effect of recycled concrete fines particle size and core-shell design on the performance of cold-bonded artificial lightweight aggregates. Journal of Building Engineering, 129, 116776.
34. Liang C., You J., Gu F., Gao Y., Yang G., He Z., Hou S.*, Duan Z*.(2022). Enhancing the elastic modulus of concrete prepared with recycled coarse aggregates of different quality by chemical modifications. Construction and Building Materials, 360, 129590.
35. Nasr A., Wang J., Duan Z.*, Deng Q., Singh A., Zhang W., Arab M.A.E.-S. (2025). Assessing the visibility and impact of recycled high-density polyethylene (HDPE) fibers in 3D-printed cementitious composites. Construction and Building Materials, 495, 143639.
36. Zhuang Y., Deng Q., Hou M., Nasr A., Duan Z.*, Zhang H.(2025). Clarifying the role of aggregate characteristics in the rheological and mechanical properties of coal gangue aggregate concrete with a packing perspective. Journal of Building Engineering, 111,113121.
37. Deng Q., Zhang R., Liu C., Duan Z.*, Xiao J. (2023). Influence of fiber properties on abrasion resistance of recycled aggregate concrete: Length, volume fraction, and types of fibers. Construction and Building Materials, 362, 129750.
38. Lv Z., Zhang S., Duan Z.*, Chen Y., Zheng Z., Xiao X.(2025). Equivalent model of green concrete pore structure based on fractal calculations by additive manufacturing. Journal of Building Engineering, 111, 113564.
39. Duan Z., Li L., Yao Q., Zou S., Singh A., Yang H.(2022). Effect of metakaolin on the fresh and hardened properties of 3D printed cementitious composite. Construction and Building Materials, 350, 128808.
40. Duan Z., Zhao W., Ye T., Zhang Y., Zhang C.(2022). Measurement of Water Absorption of Recycled Aggregate. Materials, 15 (15), 5141.
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代表性专利成果：
1.段珍华，张韦，侯岷杰，肖建庄;一种自修复型抗收缩减水剂及其制备、再生骨料混凝土;ZL202410580414.X.
2.段珍华，张韦，侯岷杰，朱仄平，肖建庄，张云惠;一种建筑装修垃圾智能预处理系统及其处理工艺;ZL202410858304.5.
3.段珍华，王海亮，张韦;一种基于退役风电叶片粉末的超疏水材料、其制备方法及包含其的疏水混凝土;ZL202610491565.7.
4.段珍华，杨青梅，张韦;一种基于退役风电叶片玻纤增强的碱激发零水泥固废耐热混凝土及其制备方法;ZL202610442421.2.
5.段珍华，张韦，胡蕊涵;一种退役风电叶片再生纤维增强硫铝酸盐水泥基超高性能混凝土及其制备方法;ZL202610769415.8.
6.段珍华，张韦，杨伟，赵文景;一种和易性改良的温度敏感性纳米微孔载体的可控释放减水剂;ZL202410255540.8.
7.张韦，段珍华，赵文景;适用于再生粗骨料混凝土的抗吸附阻泥型减水剂及其制备;ZL202410653968.8.
9.肖建庄，侯少丹，段珍华;一种利用商品混凝土现场调配为3D打印混凝土的方法;ZL202010249721.1.
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作为主要起草人完成了本领域2部国家标准的修订工作，同时参编了等行业/地方/团体标准10余部。
自2016年担任中国土木工程学会再生混凝土学术委员会秘书长以来，代表委员会组织了多次再生混凝土领域的学术会议（2018，南京；2019，青岛；2020，哈尔滨；2021，内蒙古；2023，福州；2024，乌鲁木齐）。
2023年10月，在第五届全国固废处理与生态材料学术与技术交流会上受邀作为3D打印专场的共同召集人。
2024年11月，受邀担任第五届3D打印国际会议的分会场主席。
部分编制标准如下：
修编《混凝土用再生粗骨料》（GB/T 25177）
修编《混凝土和砂浆用再生细骨料》（GB/T 25176）
修编《工程施工废弃物再生利用技术规范》（GB/T 50743）
编制《施工现场建筑垃圾减量化技术标准》（JGJ/T498-2024）
编制行业标准《水泥基材料 3D 打印术语与定义》
编制住建部《建筑垃圾资源化工程应用技术导则》
参编上海市地方标准《再生骨料混凝土技术要求》（DB31/T 1128-2019）
参编上海市工程建设规范《再生骨料混凝土应用技术标准》（DG/TJ08-2018-2020）
参编广西工程建设地方标准《再生骨料混凝土应用技术规程》（DBJ/T45-107-2020）
参编上海石材行业协会团体标准《建筑废弃混凝土再生处理临时场所建设与技术标准》（T/SHST000001-2018）
参编山西工程建设地方标准《再生骨料混凝土应用技术标准》（DBJ04/T 426-2022）
主编中国建筑材料联合会协会标准《3D打印混凝土材料与建筑构件》
参编中国建筑材料协会团体标准《3D打印混凝土拌合物性能试验方法》（T/CBMF 184-2022;T/CCPA 34-2022）
参编中国建筑材料协会团体标准《3D打印混凝土基本力学性能试验方法》（T/CBMF 183-2022;T/CCPA 33-2022）
参编团体标准《质量分级及“领跑者”评价要求 混凝土砂浆用再生骨料》（T/CACE 068—2022； T/CSTE 0263—2022）
参编中环协团体标准《建筑垃圾分类收运技术规程》（T∕CECS 1267-2023）
参编中环协团体标准《再生骨料制作畜水层技术标准》
参编中环协团体标准《建筑垃圾再生细骨料回填材料应用技术规程》（T∕CECS 1214-2022）
参编团体标准《水泥及混凝土用玻璃粉》（T∕CECS 10288-2023 ）
国内会议, 第八届全国再生混凝土学术交流会、第四届全国建筑固废学术交流会, 2020.12.25-27, 哈尔滨, 学术委员会委员、组委会副主任，并主持大会闭幕式。
国内会议，无机材料结构、性能及测试表征技术研讨会，水泥基材料流变性能与测试技术，2020.11.20-23，厦门，邀请报告：再生混凝土流变性能研究进展。
国内会议, 第三届全国建筑固废学术交流会暨第七届全国再生混凝土学术交流会, 2019.11.1-3, 青岛, 学术委员会委员、组委会副主任
国内会议, 第六届全国再生混凝土学术交流会、第二届全国建筑固废学术交流会, 2018.10.16-18, 南京, 学术委员会委员、组委会副主任
国内会议, 全国建筑固废专委会成立大会, 2016.7.15-17, 北京, 特邀报告
