Title：Lecturer

Email：xueyanjie@jlu.edu.cn

Research Interests：

1. Shape memory alloy repair and reinforcement   technology

2. High performance civil engineering materials   and their applications

Education：

2022.10-2023.10 Tokyo University Joint Training   Program

2019.09-2023.12 Ph.D. from Southeast University

2012.09-2019.06 Undergraduate and Master's   degrees from Jilin University

Professional Positions：

2024.04- College of Construction Engineering,   Jilin University, Lecturer

Publications：

Representative papers in the past five years:

[1] Yan-Jie   Xue, Wen-Wei Wang, Zeng-Han Wu, Shaowei Hu, Jun Tian. Experimental study on   flexural behavior of RC beams strengthened with FRP/SMA composites.   Engineering Structures. 2023; 289: 116288.（JCR-Q1）

[2] Yan-Jie   Xue, De-Cheng Cai, Wen-Wei Wang, Jun Tian, Jing-shui Zhen, Bo-Cheng Li.   Prestress loss and flexural behavior of precracked RC beams strengthened with   FRP/SMA composites. Composite Structures. 2023; 321: 117319. （JCR-Q1）

[3] Yan-Jie   Xue, Wen-Wei Wang, Jun Tian, Zeng-Han Wu. Plate end debonding model for RC   beams strengthened with FRP/SMA composites. Engineering Structures. 2024;   302: 117421. （JCR-Q1）

[4] Yan-Jie   Xue, Wen Wei Wang, Xiao Tan, Ying Xin Hui, Jun Tian, Zhong Feng Zhu.   Mechanical behavior and recoverable properties of CFRP shape memory alloy   composite under different prestrains. Construction and Building Materials.   2022; 333: 127186. （JCR-Q1）

[5] Yan-Jie   Xue, Wen-Wei Wang, Jun Tian, Zeng-Han Wu. Experimental study and analysis of   RC beams shear strengthened with FRP/SMA composites. Structures. 2023; 55:   1936-48. （JCR-Q2）

[6] Yan-Jie   Xue, Kohei Nagai. Anchorage performance of FRP/SMA composites strengthening   RC beams. The 3rd ZHITU Symposium on Advances in Civil Engineering (ZHITU   2023). Japan, 2023, Poster.

Projects：

1. Basic Research Funds for Central Universities   Special Fund Project, 419080600283, Research on Stress Recovery and Cyclic   Properties of Fe-SMA/FRP at Low Temperature, 2024.04-2026.03, Project manager

Honors and Awards：

1. Third Prize for Outstanding Paper of 2021-2023   by Ningxia Hui Autonomous Region Highway Society（2023）

Courses:

Undergraduate Courses: Principle of concrete   structure, Prestressed concrete structure

Postgraduate Courses: Advanced bridge structure   theory