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土木工程新材料结构及新型结构研究组土木工程新材料结构及新型结构研究组
土木工程新材料结构及新型结构研究组
  • 首页
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  • 成员
    MEMBERS
    • 冯鹏 Professor Peng FENG
    • 孟鑫淼 Dr Xinmiao MENG
    • 党争 Dr Zheng DANG
    • 杨家琦 Dr Jia-Qi YANG
    • 胡黎俐 Dr Lili HU
    • 林红威 Dr Hongwei LIN
    • 刘天桥 Dr Tianqiao LIU
    • 研究助理/博士后 RA/Postdoc
    • 研究生 Graduate Students
    • 毕业生 Alumni
  • 研究
    RESEARCH
    • 高性能复材结构 High-performance FRP Structures
    • 高性能FRP组合结构 High-performance FRP Composite Structure
    • 先进建造技术 Advanced Construction Technologies
  • 应用
    APPLICATIONS
  • 成果
    PUBLICATIONS
    • 著作 Books
    • 论文 Papers
    • 专利 Patents
  • 教学
    TEACHING
  • 首页
    HOME
  • 成员
    MEMBERS
    • 冯鹏 Professor Peng FENG
    • 孟鑫淼 Dr Xinmiao MENG
    • 党争 Dr Zheng DANG
    • 杨家琦 Dr Jia-Qi YANG
    • 胡黎俐 Dr Lili HU
    • 林红威 Dr Hongwei LIN
    • 刘天桥 Dr Tianqiao LIU
    • 研究助理/博士后 RA/Postdoc
    • 研究生 Graduate Students
    • 毕业生 Alumni
  • 研究
    RESEARCH
    • 高性能复材结构 High-performance FRP Structures
    • 高性能FRP组合结构 High-performance FRP Composite Structure
    • 先进建造技术 Advanced Construction Technologies
  • 应用
    APPLICATIONS
  • 成果
    PUBLICATIONS
    • 著作 Books
    • 论文 Papers
    • 专利 Patents
  • 教学
    TEACHING
  • IROS 2024 机器人建造挑战竞赛

  • 北京环球影城开园!FengSLab的新型复材混凝土组合框架结构首次成功应用!

  • 高强混凝土的多重人生——约束作用下路径依赖行为的三维表达

  • 国家速滑馆工程中的几个黑科技

  • 机器人3D打印混凝土建筑

  • 基于月面原位资源的月球基地建造技术

  • 新型弯曲拉挤拱梁开发与研究

 欢迎 WELCOME

欢迎访问土木工程新材料结构及新型结构(冯鹏教授)研究组的网站!

Welcome to our website!  Professor Peng FENG’s Group is the Research Group of Emerging Structural Materials and Systems for Construction at Department of Civil Engineering, Tsinghua University.

我们致力于通过新材料应用与结构体系创新发展土木工程结构技术,研究范围包括:高性能复材结构、新型混凝土结构、新型建造技术等。

We engage in structural technologies with emerging materials and systems for civil engineering, including high performance FRP composite structure, advanced concrete structure, advanced construction technology etc.

 近期成果 RECENT PUBLICATIONS

  • Ding, Guozhen, Peng Feng, Yu Wang, Pengcheng Ai, and Qinyu Wang. “Long-term bolt preload relaxation and contact pressure distribution in clamping anchorages for CFRP plates.” Composite Structures (2023): 117780.
  • Yang, Wenwei, Li Wang, Guowei Ma, and Peng Feng. “An integrated method of topological optimization and path design for 3D concrete printing.” Engineering Structures 291 (2023): 116435.
  • Meng, Xinmiao, Zhancheng Zhang, Youde Wu, Feiyang Xu, and Peng Feng. “A comprehensive evaluation of the effects of bamboo nodes on the mechanical properties of bamboo culms.” Engineering Structures 297 (2023): 116975.
  • Lin, Hongwei, Huixin Zeng, Peng Feng, Cheng Jiang, and Yuqing Zhang. “Bond behavior of FRP-concrete wet-bonding interface under lateral confinement.” Engineering Structures 292 (2023): 116536.
  • Zhang, Daobo, Peng Feng, Peizhao Zhou, Weiguo Xu, and Guowei Ma. “3D printed concrete walls reinforced with flexible FRP textile: Automatic construction, digital rebuilding, and seismic performance.” Engineering Structures 291 (2023): 116488.
  • Hu, Lili, Xu Liang, Peng Feng, and Hai-Ting Li. “Temperature effect on buckling behavior of prestressed CFRP-reinforced steel columns.” Thin-Walled Structures 188 (2023): 110879.
  • Liu, TianQiao, Ruibao Wang, Shilong Zhen, and Peng Feng. “A binary resin system of epoxy and phenol-formaldehyde for improving the thermo-mechanical behavior of FRP composites.” Construction and Building Materials 389 (2023): 131790.
  • Xiao, Shuijing, Guanzheng Zhou, Peng Feng, and Zhe Qu. “Seismic performance evaluation of novel RC frame structure with kinked rebar beams and post-yield hardening columns through shaking table tests.” Engineering Structures 290 (2023): 116375.
  • Xiao, Shuijing, Longhe Xu, and Peng Feng. “Post-earthquake performance and damage evaluation of self-centering shear wall with replaceable devices.” Engineering Structures 289 (2023): 116248.
  • Zeng, Jun-Jie, Shu-Peng Chen, Peng Feng, Yan Zhuge, Kai-Di Peng, Jian-Guo Dai, and Tian-Hui Fan. “FRP bar-reinforced ultra-high-performance concrete plates with a grouting sleeve connection: Development and flexural behavior.” Engineering Structures 287 (2023): 116164.
  • Nie, Jiayan, Yifei Cui, Kostas Senetakis, Dan Guo, Yu Wang, Guodong Wang, Peng Feng et al. “Predicting residual friction angle of lunar regolith based on Chang’e-5 lunar samples.” Science Bulletin 68, no. 7 (2023): 730-739.
  • Hu, Li, Peng Feng, Jia-Qi Yang, and Zhiyuan Li. “Shear behaviour of FRP-confined concrete/UHPC core-encased rebar: Experimental investigation and design method.” Engineering Structures 284 (2023): 115951.
  • Wu, Bo, Yangqing Liu, Peng Feng, and Jishen Qiu. “Cracking can make concrete stronger–The coupled effect of matrix cracking and SiO2-enhanced fiber/matrix interface healing on the tensile strength of FRCC.” Cement and Concrete Composites 138 (2023): 105011.
  • Qin, Weihong, Han Gao, Zhuo Xi, Peng Feng, and Yunjie Li. “Shaking table experimental investigations on dynamic characteristics of CFRP cable dome.” Engineering Structures 281 (2023): 115748.
  • Zhou, Peizhao, and Peng Feng. “Unified analysis for tailorable multi-scale fiber reinforced cementitious composites in tension.” Composites Part B: Engineering 254 (2023): 110586.
  • Peng Feng*, Zhiyuan Li, Yichong Zou, Jia-Qi Yang. (2023). Axial compressive performance of concrete-filled steel tube stub columns with high-strength spiral confined concrete core. Thin-Walled Structures.
  • Qin, W., Xi, Z., Liu, X., Feng, P., Ou, X., & Yang, J. (2022). Experimental and theoretical analyses of the progressive collapse resistance of NSM strengthening RC frames after the failure of a corner column. Journal of Building Engineering, 47, 103805.
  • Isleem, H. F., Peng, F., & Tayeh, B. A. (2022). Confinement model for LRS FRP-confined concrete using conventional regression and artificial neural network techniques. Composite Structures, 279, 114779.
  • Feng, P., Li, Z., Zhang, S., & Yang, J. Q. (2022). Steel slag aggregate concrete filled-in FRP tubes: Volume expansion effect and axial compressive behaviour. Construction and Building Materials, 318, 125961.
  • Feng, P., Wu, Y., & Liu, T. (2022). Non-uniform fiber-resin distributions of pultruded GFRP profiles. Composites Part B: Engineering, 109543.
  • Liu, X., Liu, T., & Feng, P. (2022). Long-Term Performance Prediction Framework based on XGBoost Decision Tree for Pultruded FRP Composites exposed to Water, Humidity and Alkaline Solution. Composite Structures, 115184.
  • Xinmiao Meng, Daobo Zhang, Peng Feng, & Nan Hu. (2021). Review on mechanical behavior of solar cells for building integrated photovoltaics. Sustainable Structures, 1(2).
  • Yang, J. Q., & Feng, P. (2021). Analysis-oriented model for FRP confined high-strength concrete: 3D interpretation of path dependency. Composite Structures, 278, 114695.
  • Feng, P., Wu, Y., & Liu, T. (2021). Non-uniform fiber-resin distributions of pultruded GFRP profiles. Composites Part B: Engineering, 109543.
  • Feng, P., Wu, Y., Ding, Y., Liu, T., & Tian, Y. (2021). Quasi-plastic flexural behavior of adhesive-bolt hybrid connection for large scale pultruded GFRP frame. Engineering Structures, 238, 112200.
  • Jianhua Zhang, Peizhao Zhou, Chengyu Guan, TianQiao Liu, Won-Hee Kang, Peng FENG, Shuoqi Gao. An ultra-lightweight CFRP beam-string structure. Composite Structures 2021; 257:113149.
  • 冯鹏,包查润,张道博,岳清瑞,祁俊峰,左洋.基于月面原位资源的月球基地建造技术.工业建筑:1-12[2021-01-24].
  • 冯鹏,张汉青,孟鑫淼,张涛,林红威.3D打印技术在工程建设中的应用与前景.工业建筑:1-16[2020-01-20].

→更多成果

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新材料结构及新型结构研究组

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