Deyi Wang,Xinwei Zong,Quan Gu,,Min Yan,Yangdong Xiang.Crack monitoring of short carbon fiber reinforced polymer-matrix composites based on the double-layer capacitance effect:Structural Health Monitoring,2026

Jianfeng Shi,Min Yan,Deyi Wang,Xinwei Zong,Quan Gu.Influence of spatial distribution of conductive fillers on the electrical conductivity of carbon fiber composite:Polymer,2026,356:130057

Riwu Yao,Zihao Zhang,Min Yan,Deyi Wang,Xinwei Zong,Jing Rao.Multi-factorial strength evolution of CFRP composites: Integrating macroscopic thermo-mechanical rate-dependency and microstructural 3D fiber network topology.[J]:Composites Communications,2026,64:102806

Deyi Wang,Xinwei Zong,Ting Yui Wong,Zequn Cui,Fangxin Zou,Yangdong Xiang.Piezoresistive intrinsic sensing methods for structural health monitoring of composites:Sensors and Actuators: A. Physical,2025,396:117122

Guanhua Wang,Jianfeng Shi,Zhongzhen Wang.Analysis of static electricity risks in nonmetallic pipelines for hydrogen transportation:Scientific Reports,2025,15:32100

Riwu Yao,Xinwei Zong,Deyi Wang,Xinyu Zheng,Ningtao Shang.Electric heating repair of short carbon fiber-reinforced polymer composites:Polymer composites,2025,46:368-382

Xinwei Zong,Deyi Wang,Jianfeng Shi.Investigation on Failure Mode of Short Carbon Fiber-Reinforced Thermoplastic Composites Joints of Nonmetallic Pipeline:Journal of Pressure Vessel Technology,2024,147:011502

Riwu Yao,Zhoutian Ge,Deyi Wang,Ningtao Shang.Self-sensing joints for in-situ structural health monitoring of composite pipes: A piezoresistive behavior-based method.:Engineering Structures,2024,308:118049

Jianfeng Shi,Zhoutian Ge,Yuhua Cao,Jianyong Gao,Fa Yu.Experimental and numerical investigation on the seismic behavior of above ground high density polyethylene pipe in nuclear power plant:Structures,2024,59:105781

Jianfeng Shi,Xinwei Zong,Weili Jiang,Jinyang Zheng.Evaluation of the Fracture Toughness of Short Carbon Fiber Reinforced Thermoplastic Composites:Journal of Engineering Materials and Technology,2023,146:021002