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Experimental Study on Bond Performance of NC-UHPC Interfaces with Different Roughness and Substrate Strength
Zhang, Boshan, Yu, Jiangjiang, Chen, Weizhen, Liu, Hang, Li, Heng, Guo, Hong
Published in Materials (28.03.2023)
Published in Materials (28.03.2023)
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Damage model of NC-UHPC interface zone in UHPC wet joint based on DIC
Xu, Jun, Wang, Tao, Du, Dagang, Su, Chuanye, Shi, Xiaofei
Published in Journal of Building Engineering (01.12.2024)
Published in Journal of Building Engineering (01.12.2024)
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Analysis of Structural Parameters of Steel–NC–UHPC Composite Beams
Zhang, Dawei, Ma, Xiaogang, Shen, Huijie, Guo, Songsong, Liu, Chao
Published in Materials (11.08.2023)
Published in Materials (11.08.2023)
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Interface Shear Failure Behavior Between Normal Concrete (NC) and Ultra-High Performance Concrete (UHPC)
Zhang, Boshan, Yu, Jiangjiang, Chen, Weizhen, Chen, Jianbo, Li, Heng, Niu, Jialun
Published in International journal of concrete structures and materials (01.12.2024)
Published in International journal of concrete structures and materials (01.12.2024)
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Study of chloride transport pattern in the interface zone of UHPC wet joints under different influencing factors
Xu, Jun, Wang, Tao, Su, Chuanye, She, Wei, Fu, Chuanqing
Published in Journal of Building Engineering (15.10.2024)
Published in Journal of Building Engineering (15.10.2024)
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Role of interfacial humidity in regulating the UHPC–NC interface strength: Insights from experimental observations and MD simulations
Liu, Shaoyan, Kai, Mingfeng, Yao, Yingkang, Liu, Jiahui, Hu, Lingling, A, Hubao
Published in Construction & building materials (05.09.2025)
Published in Construction & building materials (05.09.2025)
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Flexural cracking behavior of steel-NC-UHPC composite beam under negative bending moment
Qiu, Minghong, Cao, Junhui, Shao, Zongxuan, Li, Huihui, Qu, Zhihao, Zhou, Cong, Shao, Xudong
Published in Engineering structures (01.01.2025)
Published in Engineering structures (01.01.2025)
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Experimental study on bond performance of UHPC-to-NC interfaces: Constitutive model and size effect
He, Shaohua, Huang, Xu, Zhong, Huaqian, Wan, Zhiyong, Liu, Gao, Xin, Haohui, Zhang, Youyou
Published in Engineering structures (15.10.2024)
Published in Engineering structures (15.10.2024)
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Research on the Bonding Performance of UHPC–NC Interfaces With Different Sizes of Grooves
Yang, Jun, Xia, Junrun, Cheng, Chongsheng, Wang, Jieyun, Zhang, Jie, Wang, Gang
Published in Frontiers in materials (23.03.2022)
Published in Frontiers in materials (23.03.2022)
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Study on shear mechanisms of UHPC-NC reinforced interfaces and grooved & reinforced interfaces
Tian, Jing, Jiang, Xinghong, Yang, Xinan, Li, Luheng, Li, Jingtao
Published in Case Studies in Construction Materials (01.12.2025)
Published in Case Studies in Construction Materials (01.12.2025)
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Bond behavior between normal concrete and UHPC and PUC layers subjected to different loading conditions coupled with fracture analysis technique
Al-shawafi, Ali, Zhu, Han, Bo, Zhao, Haruna, S.I., Ibrahim, Yasser. E., Farouk, A.I.B., Laqsum, Saleh Ahmed, Shao, Jianwen
Published in Journal of Building Engineering (01.06.2024)
Published in Journal of Building Engineering (01.06.2024)
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Influence of surface treatments and test methods on tensile strength of UHPC-NC interface bond
Wang, Yanzhi, Qiao, Pizhong, Sun, Jing, Chen, An, Yuan, Dianzhong, Wang, Yangchen
Published in Construction & building materials (20.12.2024)
Published in Construction & building materials (20.12.2024)
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Mesoscopic shear behavior and strength characteristic of UHPC-NC interface considering the combined effect of mechanical interlocking and dowel action
Yang, Jun, Xia, Junrun, Zhang, Zhongya, Zhou, Jianting, Zou, Yang, Wang, Yanshuai, Shen, Xiujiang
Published in Engineering fracture mechanics (22.08.2024)
Published in Engineering fracture mechanics (22.08.2024)
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Study on the influence of roughness and coarse aggregate area on UHPC-NC interface bonding performance
Sun, Wen, Zhang, Jiangjiang, Yang, Shenqi, Chen, Xiaolong, Wu, Jing, Wu, Qiong, Yang, Yanhua
Published in Materials and structures (01.12.2024)
Published in Materials and structures (01.12.2024)
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