基本信息

1987年7月生人，副教授，硕士生导师

2014年6月毕业于郑州大学获水工结构专业 硕士学位

2019年9月毕业于东南大学获土木工程专业 博士学位

联系电话：

联系邮箱：pang122096956@zzu.edu.cn

社会兼职

1. 城市生命线工程安全专业专委会委员

2. Composite structures、Construction and Building Materials、复合材料学报等杂志审稿人。

研究领域

1. 纤维增强复合材料加固混凝土/钢结构及耐久性

2. 新型疏水水泥基材料

拟招生专业

1. 郑州大学/土木工程学院/081402结构工程

2. 郑州大学/土木工程学院/085900土木水利硕士（建筑与土木工程）/03(全日制)防灾减灾及防护工程

承担项目

1. 国家自然科学基金（青年）项目，52008377，荷载-冻融耦合作用下CFRP-钢界面性能提升及粘结-滑移退化模型，2021.01-2023.12，24万元，主持在研。

2.   博士后面上项目，2021M692940，冻融环境下CFRP-钢改性界面粘结性能研究，2021.06-2023.06，8万元，主持结题。

发表论文

发表SCI/EI论文50余篇，第一作者/通讯作者27篇

[1] 庞育阳，吕远晨，王强. 氯盐侵蚀环境下液体橡胶改性CFRP-钢界面耐久性研究。复合材料学报 2023年（第一作者，EI）

[2] Yuyang Pang, Qun Tang, Lin Yang, Qiang Wang, Haofei   Li, Weiqian Lv, Runxin Wang. Development of a hydrophobic cement mortar with   controllable strength: Preparation and micro-mechanism analysis. Construction   and Building Materials 2023 403: 133216 (第一作者，SCI/EI,中科院1区).

[3] Yuyang Pang, Zhenqi Li, Qiang Wang, Jianbing Hao, Li   Gao, Qun Tang. Durability of the liquid rubber-modified CFRP-steel interface   under freeze-thaw cycles. Polymer Composites 2023 1-15.(第一作者，SCI/EI,中科院2区).

[3] Lin Yang, Yuyang Pang,   Xiaohui Chen, Qun Tang, Haoran Cui, Danying Gao, Mingke ChenEffect of the   stearic acid modified metakaolin on sulfate resistance of mortar based on the   experimental study and capillary theory analysis. Journal of Building   Engineering 2023 71: 106513 (通讯作者，SCI/EI,中科院2区).

[4] Danying Gao, Yajiang Guo, Yuyang Pang*, Gang Chen, Ming Shi,   Chong Ding, Dongxu Liu. Analysis and prediction of the compressive and   splitting tensile performances for the novel multiple hooked-end steel fiber   reinforced concrete. Structural Concrete 2023 : 1-19. (通讯作者，SCI/EI,中科院3区).

[5] Yuyang Pang, Zhenqi Li, Qiang Wang, Biao Qi. Effects of the   liquid rubber modified adhesive on the bond-slip response of the CFRP-steel   interface. Journal of Building Engineering 2023 66: 105857. (第一作者，SCI/EI,中科院2区).

[6] Danying Gao Lin Yang, Yuyang   Pang*, Zhenqi Li, Qun Tang. Effects of a novel hydrophobic admixture on   the sulfate attack resistance of the mortar in the wet-dry cycling   environment. Construction and Building Materials 2022 344: 128148 (通讯作者，SCI/EI,中科院1区).

[7] Hu Feng, Junhao Liang, Yuyang   Pang*, Xiangyu Zhao, Yongkang Wang, Shamim Ahmed Sheikh. Effects of the   fly ash and water glass on the mechanical properties and water stability of   the high ductile magnesium phosphate cement-based composite. Construction and   Building Materials 2022 333: 127395 (通讯作者，SCI/EI,中科院1区).

[8] Yuyang Pang, Gang   Wu, Haitao Wang. Bond-slip parameter model of CFRP-steel interface with the   CFRP delamination failure. Composite structures 2021 256 113015 (第一作者，SCI/EI,中科院1区).

[9] Yuyang Pang, Gang   Wu, Haitao Wang. Experimental study on the bond behavior of the CFRP-Steel   interface under rapid loading. Thin-wall structures 2021 159 107233 (第一作者，SCI/EI, 中科院2区).

[10] Danying Gao, Chong Ding, Yuyang   Pang*, Gang Chen. An inverse analysis method for multi-linear tensile   stress-c再生骨料混凝土k opening relationship of 3D/4D/5D steel fiber reinforced concrete.   Construction and Building Materials 2021 290: 125074 (通讯作者，SCI/EI,中科院1区).

[11] Hu Feng, Lijun Lv, Yuyang   Pang*, Chengfang Yuan , Liusheng Chu , Xiaocong Zhao. Bond behavior   between the nano-Al2O3-water-glass-modified magnesium-phosphate-cement mortar   and steel fiber. Construction and Building Materials 2021 306: 124814 (通讯作者，SCI/EI,中科院1区).

[12] Danying Gao, Wenbin Li, Yuyang   Pang*, Yunchao Huang. Behavior analysis and strength prediction of steel   fiber reinforced recycled aggregate concrete column under axial compression.   Construction and Building Materials 2021 290: 123278 (通讯作者，SCI/EI,中科院1区).

[13] Hu Feng, Shihao Shen, Yuyang   Pang*, Danying Gao, Zhenyu Wang, M.Neaz Sheikh. Mechanical properties of   fiber and nano-Al2O3 reinforced magnesium phosphate cement composite.   Construction and Building Materials 2021 270 121861 (通讯作者，SCI/EI,中科院1区).

[14] Danying Gao, Zhiqiang Gu, Yuyang   Pang*, Lin Yang. Mechanical properties of recycled fine aggregate   concrete incorporating different types of fibers. Construction and Building   Materials 2021 298: 123732 (通讯作者，SCI/EI,中科院1区).

[15] Pu Zhang, Jixing Yu, Yuyang   Pang*, Jiajun Fan, Hui Guo, Zuanfeng Pan. Experimental study on the   mechanical properties of grouted sleeve joint with the fiber-reinforced   grouting material. Journal of Building Engineering 2021 41: 102691 (通讯作者，SCI/EI,中科院2区).

[16] Pu Zhang, Yi Hu, Yuyang   Pang*, Shuangquan Zhang, Asad Zia, Danying Gao, Shamim Ahmed Sheikh.   Experimental study on the bond behavior of GFRP plate-high-strength concrete   composite interfaces under the coupled effects of sustained load and seawater   immersion. Structures 2021 30: 316-328 (通讯作者，SCI/EI,中科院3区).

[17] Danying Gao, Shaojie Dou, Yuyang   Pang*, Jiyu Tang, Yiming Kong. Experiment study on tensile properties of   steel fiber reinforced mortar exposed to elevated temperatures. Materials and   Structures 2021 (通讯作者，SCI/EI,中科院3区).

[18] Danying Gao, Chong Ding, Yuyang   Pang*, Lin Yang, Yunchao Huang, Jiyu Tang. Diverse Angle-length-width   Model for 3D/4D/5D Steel Fiber Reinforced Concrete in Tension. Construction   and Building Materials 2021 266 121149 (通讯作者，SCI/EI, 中科院1区).

[19] Jiyu Tang, Wei Ma, Yuyang   Pang*, Jianchao Fan, Dongxu Liu, Liangping Zhao, Shamim Ahmed Sheikh.   Uniaxial compression performance and stress-strain constitutive model of the   aluminate cement-based UHPC after high temperature. Construction and Building   Materials 2021 309: 125173. (通讯作者，SCI/EI,中科院1区).

[20] Yuyang Pang, Gang   Wu, Wang Haitao, Su Zhilong, He Xiaoyuan. Experimental Study on the   CFRP-Steel Interfaces based on CFRP Delamination Failures and Hybrid   Failures. Advances in Structural Engineering 2020 1-14 (SCI/EI,中科院4区).

[21] Danying Gao, Yongming Yan,   Yuyang Pang*. Effect of groove on shear properties of steel fiber   recycled coarse aggregate concrete. Materials 2020 1-18 (通讯作者，SCI/EI,中科院3区).

[22] Hu Feng, Lijun Lv, Yuyang   Pang*, Danying Gao, Zhenyu Wang, M.Neaz Sheikh. Experimental study on the   effects of the fiber and nano-Fe₂O₃ on the properties   of the magnesium potassium phosphate cement composites. Journal of Materials   Research and Technology 2020 14307-14320 (通讯作者，SCI/EI,中科院2区).

[23] Pu Zhang, Yi Hu, Yuyang   Pang*, Danying Gao, Qingfeng Xu, Shuangquan Zhang, Shamim Ahmed Sheikh.   Experimental Study on the Interfacial Bond Behavior of FRP   Plate-High-Strength Concrete under Seawater Immersion. Construction and   Building Materials 259 2020 119799 (通讯作者，SCI/EI,中科院1区).

[24] Yuyang Pang, Gang   Wu*, Haitao Wang, Ye Liu. Interfacial Bond-Slip Degradation Relationship   between CFRP Plate and Steel Plate under Freeze-Thaw Cycles. Construction and   Building Materials 2019 214:242-253. (第一作者，SCI/EI,中科院1区).

[25] Yuyang Pang, Gang   Wu*, Haitao Wang, Zhilong Su, Xiaoyuan He. Experimental study on the bond   behavior of CFRP-steel interfaces under quasi-static cyclic loading.   Thin-Walled Structures 2019 140:426-437 (第一作者，SCI/EI,中科院2区).

[26] Yuyang Pang, Gang Wu*, Haitao   Wang, Zhilong Su, Xiaoyuan He. Experimental Study on the Bond Behavior of the   CFRP-Steel Interface Under the Freeze-Thaw Cycles. Journal of Composite   Materials 2019 0:1-17. (第一作者，SCI/EI,中科院3区).

专利

（1）庞育阳；高丹盈；祁彪；汤寄予；谷志强。FRP粘结性能的试验装置。2021.07.16，中国，ZL202022797306.8。

（2）高丹盈；温方正；祁彪；庞育阳；谷志强。一种用于纤维复合材料曾建剪切性能的测试装置。2021.07.16，中国，ZL202022823467.3。

（3）高丹盈；张雨；庞育阳；汤寄予。根据位移控制来量化生产FRP筋肋深的装置。2021.12.07，中国，ZL202022786934.6。

（4）高丹盈；罗飞飞；庞育阳；唐群。精确控制钢纤维埋置深度的试验装置。2022.09.13，中国，ZL202220680529.2。

（5）高丹盈；张市迎；庞育阳；李振奇。FRP加固钢构件界面长期持荷装置。2022.08.09，中国，ZL202220680533.9。

（6）高丹盈；张雨；汤寄予；谷志强；庞育阳；房栋。用于FRP杆材试件端部锚固的固定装置及方法，2022.09.23，中国，ZL202100100205.

（7）高丹盈；张雨；汤寄予；谷志强；庞育阳；房栋。带有可伸缩蝶形夹具的FRP杆材端部锚固固定装置及方法，2022.09.20，中国，ZL202100100261.0.

（8）高丹盈；张雨；谷志强；房栋；庞育阳；汤寄予。具有拉伸延性和不同强度等级的HFRP杆的设计方法。2022.09.20，中国，ZL202110536703.6.

（9）高丹盈；张雨；房栋；庞育阳；汤寄予；温方正。一种可替代钢制材料的延性混杂纤维聚合物杆材的设计方法。2022.11.18，中国，ZL202011452578.2.

（10）高丹盈;庞育阳;莫飞;房栋;张普;朱海堂;赵科;汤寄予.新型 FRP 筋带螺堵粘结式锚具及其安装方法.发明授权

（11）高丹盈;庞育阳;莫飞;房栋;张普;赵军;赵科;汤寄予.新型 FRP 筋带螺纹粘结式锚具及其安装方法.发明授权

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