| 发表SCI、EI论文数十篇，授权国家发明专利多项，参编三项竹木行业协会和国家标准。
[1] Qingfang Lv, Ye Liu*, Yi Ding. Analyses on Prestress Loss and Flexural Performance of the Laminated Bamboo Beam Applied with Prestressed BFRP Sheet. Advances in Civil Engineering. 2019;2019:2319814. (IF: 1.104, SCI, Q3, 通讯) 中科院四区 1687-8086 [2] Qingfang Lv, Yi Ding, Ye Liu*. Study of the bond behaviour between basalt fibre-reinforced polymer bar/sheet and bamboo engineering materials. Advances in Structural Engineering. 2019;22(14):3121-3133. (IF: 1.32, SCI, Q2, 通讯) 中科院四区 1369-4332 [3] Qingfang Lv, Ye Liu*. Experimental study on the mechanical behavior of BFRP-bamboo composite beam. Advanced Composites Letters. 2019;28:1-13. (IF: 0.556, SCI, Q4, 通讯) 中科院四区 0963-6935 [4] Qingfang Lv, Yi Ding, Ye Liu*. Effect of the nonprestressed/prestressed BFRP bar on flexural performance of the bamboo beam. Advances in Polymer Technology. 2019;2019:7143023. (IF: 2.663, SCI, Q2, 通讯) 中科院三区 0730-6679 [5] Qingfang Lv, Weiyang Wang, Ye Liu. Study on Thermal Insulation Performance of Cross-Laminated Bamboo Wall. Journal of Renewable Materials. 2019;7(11):1231-1250. (IF: 1.427, SCI, Q3)中科院四区 2164-6325 [6] Qingfang Lv, Yi Ding, Ye Liu*. Concept and Development of a Steel-bamboo SI (Skeleton-Infill) System: experimental and theoretical analysis. Journal of wood science. 2019;65(1):1-12. (IF: 1.523, SCI, Q2, 通讯) 中科院三区 1435-0211 [7] Qingfang Lv, Weiyang Wang, Ye Liu. Flexural performance of cross-laminated bamboo (CLB) slab and CFRP grid composite CLB slab. Advances in Civil Engineering. 2019;2019:6980782. (IF: 1.104, SCI, Q3) 中科院四区 1687-8086 [8] Qingfang Lv, Yi Ding, Ye Liu*. Experimental study on double-headed screw joints and their application in bamboo shear walls. Advances in Structural Engineering. 2020;24(5): 914-928. (IF: 1.32, SCI, Q2, 通讯) 中科院四区 1369-4332 [9] Qingfang Lv, Tongchen Han, Ye Liu*, Yi Ding, Yujie Lu. An experimental and analytical study on cross-laminated bamboo rocking walls with friction dampers. Journal of Renewable Materials. 2021;9(10): 1757-1779. (IF: 1.427, SCI, Q3, 通讯) 中科院四区 2164-6325 [10] Qingfang Lv, Yujie Lu*, Ye Liu. Vibration serviceability of suspended floor: full-scale experimental study and assessment. Structures. 2021; 34:1651-1664. (IF: 2.983, SCI, Q1) 中科院三区 2352-0124 [11] Qingfang Lv, Weiyang Wang, Ye Liu*. Charring depth and charring rate of cross-laminated bamboo slabs exposed to a one-sided standard fire. Fire Safety Journal. 2021;125: 103439. (IF: 2.295, SCI, 通讯, Q1) 中科院三区 0379-7112 [12] Yujie Lu, Qingfang Lv, Ye Liu*. Experimental and Numerical Study on Seismic Performance of CLB Rocking Wall with Bending-Friction Coupled Dampers. Journal of Building Engineering. 2021; 45: 103622. (IF: 5.318, SCI, Q1) 中科院二区 2352-7102 [13] Qingfang Lv, Tongchen Han, Ye Liu*. Models and design procedure for cross-laminated bamboo rocking walls. Structures. 2022; 38: 1031-1049. (IF: 2.983, SCI, Q1) 中科院三区2352-0124 [14] Yujie Lu, Ye Liu*, Qingfang Lv. A partially restrained energy dissipater: Parametric analysis and application in rocking wall. Journal of Constructional Steel Research. 2022; 192: 107235. [15] Yujie Lu, Ye Liu*, Qi Ge, Qingfang Lv, Zhengqi Wang. Experimental and Numerical Studies on Hysteretic Behavior of Friction-Strip Coupled Damper. Engineering Structures. 2022; 265: 114519. [16] Yujie Lu, Qingfang Lv, Tongfei Sun, Ye Liu*, Hongyuan Tang. Experimental and numerical studies on hysteretic behavior of a novel bending-friction coupled damper. Thin-Walled Structures. 2022. [17] Weiyang Wang, Qingfang Lv, Yu Zhang*. Chloride diffusion and binding in slag cements blended with limestone/magnesite. Construction and Building Materials. 2026; 514: 145554. [18] Yujie Lu, Juewen Wang, Qingfang Lv, Ye Liu*, Jun Xu, Huanlong Ding. Interaction mechanism between infill walls and prestressed self-centering frames. Engineering Structures. 2026; 349: 121860. [19] Xinlei Lv, Qingfang Lv, Yang Qian, Yujie Lu*. Experimental and theoretical study on the eccentric compressive behavior of tie-reinforced CFNRST columns. Engineering Structures. 2025; 344: 121348. [20] Xinlei Lv, Yujie Lu, Qingfang Lv*. Axial compressive behavior of tie-reinforced CFNRST columns. Thin-Walled Structures. 2025; 217, Part A: 113777. [21] Chaoyu Liu, Zhantang Chen, Qingfang Lv, Minfei Liang, Yu Zhang*. Multiscale pore structure segmentation of cementitious materials using light-weight and modified VGG-Unet network. Journal of Building Engineering. 2025; 111: 113618. [22] Weiyang Wang, Qingfang Lv, Yu Zhang*. Hydration characteristics of slag cement blended with magnesite/limestone: The influence of curing temperature. Materials Today Communications. 2025; 44: 111981. [23] Qingfang Lv, Juewen Wang, Yujie Lu*. Prestressed wood or bamboo structures: Historical overview and state-of-the-art. BioResources. 2024; 19(4): 9964-10004. [24] Fan Yi, Huan Lei, Qingfang Lv, Yu Zhang*. Coupling physics in artificial neural network to predict the fatigue behavior of corroded steel wire. International Journal of Fatigue. 2025; 190: 108669. [25] Weiyang Wang, YiChao Xu, Qingfang Lv, Yu Zhang*. Influence of magnesite/limestone addition on the hydration characteristics of ternary slag cement systems. Construction and Building Materials. 2024; 449: 138249. [26] Yujie Lu, Qingfang Lv, Ye Liu*. Hysteresis performance and damage mode of self-centering frame with masonry infill wall: Experimental study assisted with DIC technique. Engineering Structures. 2024; 318: 118797. [27] Yujie Lu, Ye Liu, Qingfang Lv*. Experimental study on the hysteretic performance of a self-centering frame infilled with a bamboo wall. Engineering Structures. 2024; 314: 118383. [28] Yujie Lu, Qingfang Lv, Ye Liu*, Tongfei Sun, Huiqun Yan. A friction-strip hybrid damper with multi-phase energy dissipation mechanism: Cyclic test and numerical verification. Thin-Walled Structures. 2024; 200: 111913. [29] Jianfei Wang, Tongchen Han*, Qingfang Lv, Ye Liu, Shixing Zhao, Shuheng Yang. Rolling shear properties of cross-laminated bamboo (CLB) specimens: A comprehensive study. Construction and Building Materials. 2024; 414: 135052. [30] Jing Shi, Yujie Lu, Ran Zhu, Ye Liu, Yu Zhang*, Qingfang Lv. Experimental evaluation of fracture toughness of basalt macro fiber reinforced high performance lightweight aggregate concrete. Construction and Building Materials. 2024; 411: 134638. [31] Jing Shi, Yujie Lu, Ran Zhu, Ye Liu, Yu Zhang, Qingfang Lv*. Experimental evaluation of fracture toughness of bamboo fiber reinforced high performance lightweight aggregate concrete. Engineering Structures. 2023; 297: 117028. [32] Tongchen Han, Ye Liu, Yujie Lu, Weiwei Wu, Tongfei Sun, Qingfang Lv*. Design and numerical analysis of Cross-Laminated bamboo (CLB) buildings with different rocking wall configurations. Structures. 2023; 56: 105011. [33] Yu Zhang*, Weiyang Wang, Qingfang Lv. The influence of reactive MgO on the hydration and carbonation performance of slag-rich cement system. Journal of Building Engineering. 2023; 77: 107477. [34] Yujie Lu, Qingfang Lv, Tongfei Sun, Ye Liu*, Hongyuan Tang. Experimental and numerical studies on hysteretic behavior of a novel bending-friction coupled damper. Thin-Walled Structures. 2023; 183: 110385. [35] 吕清芳, 王维扬, 刘烨*. 正交胶合竹板单面火损后力学性能试验研究 [J]. 东南大学学报(自然科学版), 2021; 51(02):212-218. [36] 卢宇杰, 程逸建, 程正珲,吕清芳, 刘烨*. 悬挂结构组合楼盖人致振动舒适度试验研究 [J]. 建筑结构学报, 2020;41(S2):263-269. [37] 卢宇杰, 吕清芳, 刘烨*. 正交胶合竹墙体的保温隔热性能[J]. 世界竹藤通讯, 2021, 19(06): 31-39. [38] 黄明, 杨航, 刘烨, 耿功伟, 吕清芳*. 交错层积竹板抗火性能数值分析[J]. 世界竹藤通讯, 2021, 19(03): 66-71. [39] 黄明, 刘文龙, 刘烨, 丁菡, 吕清芳*. 交错层积竹板抗弯承载力计算方法[J]. 世界竹藤通讯, 2021,19(04): 39-48. [40] 黄明, 刘烨, 丁一, 吕清芳*. 附加常规摩擦阻尼器的自复位交错层积竹摇摆墙试验研究[J]. 工业建筑, 2021, 51(10): 40-46+61. [41] 章丛俊, 吕清芳, 曹秀丽. 竹结构关键性能试验研究[J]. 建筑结构, 2017, 47(17): 1-8. [42] 魏洋, 张齐生, 蒋身学, 吕清芳, 吕志涛. 现代竹质工程材料的基本性能及其在建筑结构中的应用前景[J]. 建筑技术, 2011, 42(05): 390-393 . [43] 魏洋, 蒋身学, 吕清芳, 张齐生, 王立彬, 吕志涛. 新型竹梁抗弯性能试验研究[J]. 建筑结构, 2010, 40(01): 88-91. [44] 魏洋, 吕清芳, 张齐生, 禹永哲, 吕志涛. 现代竹结构抗震安居房的设计与施工[J]. 施工技术, 2009, 38(11): 52-54. [45] 吕清芳, 魏洋, 张齐生, 禹永哲, 吕志涛. 新型竹质工程材料抗震房屋基本构件力学性能试验研究[J]. 建材技术与应用, 2008(11): 1-5. [46] 吕清芳, 魏洋, 张齐生, 禹永哲, 吕志涛. 新型抗震竹质工程材料安居示范房及关键技术[J]. 特种结构, 2008(04): 6-10.
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