代表作: [1] Qin Zipeng, Tian Yan*, Wei Yanji, Chen Zhenglin, Zhu Xiaoying, Chen Qianfu, Huang Weixing, Yu Rong, Cheng Xiang. Analysis of extreme water levels of Feiyun River (Rui'an section) based on peaks-over-threshold (POT) model[J].Hydrological Sciences Journal,2025,70(2):261-277.(SCI) [2] Qin Zipeng, Tian Yan *, Wei Yanji, Chen Qianfu, Cai Lvnan, Chen Zhenglin, Zhu Xiaoying. Study on the up-downstream water level correlation and the extreme water levels under flood-tide encounters of the Feiyun River main stream[J]. Environmental Earth Sciences,2024,83:250.(SCI) [3] Qin Zipeng, Tian Yan*, Gao Siyuan, Zhou Jianfen, He Xiaohui, He Weizhong, Gao Jingquan. Stability behavior of the Lanxi ancient flood control levee after reinforcement with upside-down hanging wells and grouting curtain[J]. Journal of Mountain Science, 2024:21(1):84-99.(SCI) [4] Qin Zipeng, Tian Yan*, Li Qian, He Weizhong, He Xiaohui, Zhu Qingliang, Gao Jingquan.Numerical investigation on stability of Lanxi’s ancient city wall during a major flood propagation process[J].Buildings,2024,14(9):2767.(SCI) [5] Qin Zipeng, Lai Yuanming*, Yan Tian. Study on failure mechanism of a plain irrigation reservoir soil bank slope under wind wave erosion[J].Natural Hazards, 2021,109(1) :567-592.(SCI) [6] Qin Zipeng, Lai Yuanming*, Tian Yan, Zhang Mingyi. Stability behaviour of a reservoir soil bank slope under freeze-thaw cycles in cold regions[J].Cold Regions Science and Technology,2020,181:103181.(SCI) [6] Qin Zipeng, Lai Yuanming*, Yan Tian, Zhang Mingyi. Effect of freeze-thaw cycles on the soil engineering properties of irrigation reservoir bank slopes at the northern foot of Tianshan Mountain[J].Journal of Mountain Science,2021,18(2):541-557.(SCI) [7] Qin Zipeng, Tian Yan*, Li Gang, Liu Le. Study on bending behaviors of severely pre-cracked RC beams strengthened by BFRP sheets and steel plates[J].Construction and Building Materials,2019,219:131-143.(SCI) [8] Qin Zipeng, Lai Yuanming*, Tian Yan, Yu Fan. Frost-heaving mechanical model for concrete face slabs of earthen dams in cold regions[J].Cold Regions Science and Technology,2019,161:91-98.(SCI) [9] Qin Zipeng, Li Gang*, Tian Yan, Ma Yuwei, Shen, Pengfei. Numerical simulation of thermal conductivity of foam glass based on the steady-state method[J].Materials,2019,12(1):54.(SCI) [10] Qin Zipeng, Liu Huanfang*, Wang Yameng. Experimental and calculational study on the velocity distribution index of the perforated pipe outflowing along the pipeline[J].Flow Measurement and Instrumentation,2017,58:46-51.(SCI) [11] Qin Zipeng, Tian Yan*, Gao Siyuan, Zhou Jianfen, Zhao Haitao, Guo Zhizhuo, Chen Tannong, Hua Zhiping. Numerical investigation of the upside-down hanging well combined with curtain grouting for strengthening a flood control ancient levee[J]. Sustainability,2023, 13:4287.(SCI) [12] Zhao Weishun, Qin Zipeng*, Zhang Liangbin, Lin Jia, Chen Lefeng, Chen Guoxun, Lin Zhongzhu, Shen Ping, Gao Jingquan, Liu Shixing, Yang Ne, Jin Zhilong, Wei Guangyin, Tian Yan. Numerical investigation on the penetration process of steel casings in riprap environment of estuarine mudflats[J].Scientific Reports,2025, 15:7921.(SCI) [13] Tan Yonghua, Qin Zipeng*, Tian Yan, Lu Dui’an, Zhao Qingying, Gong Ming, Li Xiaoyan. Monitoring investigation on impact of pile-based PV modules on several typical environmental elements in coastal mudflat intertidal zone[J].Environmental Monitoring and Assessment,2025,197:256.(SCI) [14] Tian Yan, Qin Zipeng*, Lin Zhongzhu, et al. Study on the physical mechanical properties and freeze-thaw resistance of energy storage concrete with artificial phase change aggregate[J].Journal of Building Engineering,2025,99:111506. [15] Dongxue Wang, Zipeng Qin*, Shixing Liu, Lefeng Chen, Guoxun Chen, Erjin Xu, Liangbin Zhang, Yan Tian, Zhengzheng Liu, Yifan Li, Saixuan Lei, Jiayi Pan, Peisheng Qiu, Xu Zhou.Experimental Investigation on Physical and Mechanical Behaviors of Paraffin Microcapsule Phase-Change Energy-Storage Concrete[J]. Buildings,2025, 15(11):1907.(SCI) [16] Tian Yan, Lai Yuanming, Pei Wansheng, Qin Zipeng*, Li Hongwei. Study on the physical mechanical properties and freeze-thaw resistance of artificial phase change aggregates[J].Construction and Building Materials,2022,329:127225.(SCI) [17] Li Xiaoyan, Qin Zipeng*, Tian Yan, Zhang Hongwei, Zhao Haitao, Shen Jiafa, Shao Weilong, Jiang Guangrong, Guo Xianding, Zhang Junsuo. Study on stability and ecological restoration of soil-covered rocky slope of an abandoned mine on an island in rainy regions[J].Sustainability,2022,14:12959.(SCI) [18] Niu Yaqiang, Hou Luzheng, Qin Zipeng*, Wang Xu, Zhang Yongfu, Shao Weilong, Jiang Guangrong, Guo Xianding, Zhang Junsuo. Mechanical properties and constitutive model of the cement-improved loess under freeze-thaw conditions[J].Materials, 2022,15:7042.(SCI) [19] Yan Jiaqi, Qin Zipeng*, Jiang Ning, Zhou Linzhen, Chen Zengran, Niu Yaqiang, Zhang Yu. Numerical investigation on the interaction between a U-shaped pile supporting structure and an adjacent gravity retaining wall in river dredging[J]. Applied Sciences-Basel. 2023, 13:6738.(SCI) [20] Yang Baocun, Qin Zipeng, Zhou Qingping, Li Hongwei*, Li Liang, Yang Xiaosong. Pavement damage behaviour of urban roads in seasonally frozen saline ground regions[J].Cold Regions Science and Technology,2020,174:103035.(SCI) [21] Tian Yan, Lai Yuanming, Qin Zipeng, Pei Wansheng*. Numerical investigation on the thermal control performance and freeze-thaw resistance of a composite concrete pier with microencapsulated phase change materials[J].Solar Energy,2021,231 (2022) :970-984.(SCI) [22] Ren Lu, Lv Zhaomin, Niu Fujun, Qin Zipeng, Zhao Lunyang*. A novel three dimensional failure criterion for quasi-brittle materials based on multi-scale damage approach[J].Mechanics of Materials,2024,198:105142.(SCI) [23] Qin Zipeng*, Li Gang, Tian Yan, Ma Yuwei, Shen Pengfei. Optimization of preparation process and performance analysis of fly ash foam glass[J].Functional Materials,2018,25(3):554-563.(EI) [24] 秦子鹏,田艳*,李刚,马玉薇,刘乐.BFRP加固重度预裂钢筋混凝土梁受弯承载力试验研究[J].建筑结构学报,2018,39(6):32-40.(EI) [25] 秦子鹏,田艳*,李刚,马玉薇,刘乐.BFRP布加固钢筋混凝土梁抗弯性能的分形特征研究[J].应用基础与工程科学学报,2018,26(5):973-985.(EI) |