Personal Profile
Name: Junjie Wang
Position: Lecturer, Master’s Supervisor
Email: junjiewang@jhun.edu.cn
Mailing Address: State Key Laboratory of Fine Blasting, Jianghan University, Economic and Technological Development Zone, Wuhan City, Hubei Province, China
Education and Professional Experience
- 2025.07 – Present: Lecturer, State Key Laboratory of Fine Blasting, Jianghan University
- 2019.09 – 2025.06: Doctor of Engineering, Structural Engineering, Huazhong University of Science and Technology
- 2015.09 – 2019.06: Bachelor of Engineering, Civil Engineering, Huazhong University of Science and Technology
Research Interests
- Structural retrofitting and innovative structural systems with FRP and UHPC
- Intelligent operation and maintenance of infrastructure
- Numerical simulation and intelligent prediction of building structural blasting demolition
Research Projects
1. National Key R&D Program: Integrated Sensing, Diagnosis, Treatment and Monitoring Technologies for Smart Pavement, Ongoing, Key Research Member
2. National Natural Science Foundation of China (General Program): Mechanical Behavior and Design Theory of Concrete Columns Reinforced with Innovative FRP Composite Bars, Ongoing, Key Research Member
3. National Natural Science Foundation of China (General Program): Ductile Flexural Members Reinforced with FRP Bars for Marine Engineering and Their Design Theory, Completed, Key Research Member
4. National Natural Science Foundation of China (General Program): Failure Mechanism and Design Method of RC Beams Strengthened with Near-Surface Mounted FRP, Completed, Key Research Member
5. Major Special Project of Hubei Province: Research on Key Technologies for Intelligent Safety Prevention and Control of Tunnel Entrances and Exits in Northwest Hubei in Winter, Completed, Participant
6. Major Special Project of Hubei Province: Robotic Equipment and System for De-icing and Appearance Inspection of Stay Cables of Cable-Stayed Bridges, Completed, Participant
Representative Publications
[1] Wang Junjie, Nie Xuefei*, Yang Long, Li Wengui, Zhang Shishun*. Compressive Behavior of FRP-UHPC-Steel Double-Skin Tubular Columns. *Engineering Structures*, 2024, 325: 119451. (SCI, Q1 Top, IF=6.4)
[2] Zhang Shishun*, Wang Junjie, Lin Guan, Nie Xuefei. Analysis-oriented stress-strain model for ultra-high-performance concrete confined with fiber-reinforced polymer. *Engineering*, 2026. (SCI, Q1, IF=11.6)
[3] Wang Junjie, Zhang Shishun*, Nie Xuefei, Yu Tao. Compressive behavior of FRP-confined ultra-high performance concrete (UHPC) and ultra-high performance fiber reinforced concrete (UHPFRC). *Composite Structures*, 2023, 312: 116879. (SCI, Q1 Top, IF=7.1)
[4] Wang Junjie, Zhang Shishun*. Design-oriented stress-strain model for FRP-confined UHPC. *Composite Structures*, 2024, 357: 118893. (SCI, Q1 Top, IF=7.1)
[5] Wang Junjie, Wang Zichao, Yu Tao, Nie Xuefei*, Zhang Shishun*. Behavior of FRP-UHPC-steel double-skin tubular columns under eccentric compression. *Journal of Building Engineering*, 2025, 102: 112884. (SCI, Q1 Top, IF=7.4)
[6] Zhang Shishun*, Wang Junjie, Lin Guan*, Yu Tao, Fernando Dilum. Stress-strain models for ultrahigh performance concrete (UHPC) and ultra-high performance fiber-reinforced concrete (UHPFRC) under triaxial compression. *Construction and Building Materials*, 2023, 370: 130658. (SCI, Q1 Top, IF=8.0)
[7] Chen Zhi, Du Shishen, Wang Junjie*, Ma Qiang, Xiao Henglin. Experimental study on heat transfer and deicing performance of electrothermal composite concrete pavement. *Journal of Central South University (Science and Technology)*, 2026. (EI, IF=2.512)
[8] Hu Xiaobing, Nie Xuefei, Wang Junjie, Zhang Shishun*. Behavior of FRP spiral-confined concrete under concentric compression. *Engineering Structures*, 2024, 321: 118898. (SCI, Q1 Top, IF=6.4)
[9] Hu Xiaobing, Nie Xuefei*, Wang Junjie, Yu Tao, Zhang Shishun*. Experimental study on GFRP spiral-confined concrete under eccentric compression. *Composite Structures*, 2025, 354: 118793. (SCI, Q1 Top, IF=7.1)
[10] Zhang Shishun*, Sun Mengze, Wang Junjie. Novel FRP-steel-ultra-high-performance concrete (UHPC) hybrid bars: Concept and compressive behavior. *Engineering Structures*, 2025, 337: 120492. (SCI, Q1 Top, IF=6.4)
[11] Sun Mengze, Wang Junjie, Zhang Dongdong, Zhang Shishun*. Compressive behavior of circular concrete columns reinforced with FRP-UHPC hybrid rebars. *Composite Structures*, 2026, 387: 120331. (SCI, Q1 Top, IF=7.1)
[12] Song Zhaoping, Wang Junjie, Zheng Lifei, Yang Sheng, Chen Zhi*, Xiao Henglin. Effect of corrosion deterioration on tensile properties of ultra-high performance fiber-reinforced concrete. *Construction and Building Materials*, 2026, 523: 146230. (SCI, Q1 Top, IF=8.0)
