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Huijie Zhang，female, born in June 1992, is from Kaifeng, Henan Province. She holds a Doctor of Engineering degree and currently works as a Lecturer and Master’s Supervisor. She earned her Bachelor’s degree in Mechanical Design, Manufacturing, and Automation from China University of Petroleum (Beijing) in 2015, and later received her Ph.D. in Mechanical Engineering from the same institution in 2021. From September 2019 to September 2020, she was a joint Ph.D. candidate at the Department of Mechanical Engineering, University of Houston, USA.

Her research primarily focuses on rubber aging failure and laser processing, microstructural characterization. She has participated in several research projects, including one National Key Research and Development Program, one National Natural Science Foundation General Project, and one National Natural Science Foundation for Young Scientists. She has published over 10 academic papers, among which 5 are indexed in SCI.

I. Major Research Areas

1. Study on the Mechanism and Life Prediction of Rubber Aging Failure
2. Research on the Mechanism and Process of Laser Machining
3. Investigation into the Evolution of Micro?interfacial Structures

 

II. Research Projects

1. Research on the Evaluation of Aging Failure and Prediction of Service Life for Critical Rubber Insulation Seals in Power Grid Equipment Subjected to Complex Environments(Project No.: H2025-184). Role: Participant. Period: May 2025–Jul 2027.
2. Studying the Application and Performance of Laser Additive Manufacturing in Overhead Power Line Construction(Project No.: H2025-138). Role: Participant. Period: Jan 2025–Dec 2026.

3. National Science and Technology Major Project: High-End CNC Machine Tools and Basic Manufacturing Equipment (Project No.: XX). Role: Participant, Project Key Member. Period: Oct 2024–Sep 2027.
4. National Key R&D Program Project: Laser-Ultrasonic Composite Precision Manufacturing Technology and Equipment (Project No.: 2023YFB4605900). Role: Participant. Period: Dec 2023–Nov 2026.
5. NSFC General Program: Formation and Regulation Mechanism of Artificial Fracture Networks in Hot Dry Rock Based on Synergistic Effects of Liquid Injection Energy Enhancement and Temporary Plugging Diversion (Project No.: 52274002). Role: Participant. Period: Jan 2023–Dec 2026.
6. Industry Collaborative Project: Technology and Equipment for Electrical Discharge and Ultrasonic Composite Machining of Precision Micro-Holes Without Deteriorated Layers (Project No.: H2023-264). Role: Participant. Period: Jan 2023–Dec 2024.
7. BIPT Internal Special Project: Research on Intelligent Discharge Control Technology Based on SoC Chips (Project No.: BIPTCSF-017). Role: Principal Investigator. Period: Jan 2022–Jan 2023.
8. NSFC Youth Science Fund Project: Film Formation Characteristics and Lubrication Performance of Biodiesel in Micro-Gap Confined Spaces (Project No.: 51605492). Role: Participant. Period: Jan 2017–Dec 2019.
9. NSFC General Program: Investigation of actions and mechanism of water-based lubrication in the process of fractures propagation in shale-gas reservoir (Project No.: 5157051269). Role: Participant. Period: Jan 2016–Dec 2019.

 

III. Representative Publications

1. Zhang Huijie*, Liu Shuhai. Sliding behavior of silica ball-shale rock contact under polyacrylamide aqueous solutions [J]. Journal of Tribology-Transactions of the ASME 2022, 144(2): 021204-1-021204-10. (SCI Q3, IF=2.5)
2. Huijie Zhang, Shuhai Liu*, Huaping Xiao. Tribological properties of sliding quartz sand particle and shale rock contact under water and guar gum aqueous solution in hydraulic fracturing [J]. Tribology International 2019, 129: 416–426. (SCI Q1 Top, IF=4.27)
3. Huijie Zhang, Shuhai Liu*, Huaping Xiao. Sliding friction of shale rock on dry quarts sand particles [J]. Friction 2019, 7(4): 307-315. (SCI Q1 Top, IF=5.29)
4. Huijie Zhang, Shulai Liu*, Huaping Xiao. Frictional behavior of sliding shale rock-silica contacts under guar gum aqueous solution lubrication in hydraulic fracturing [J]. Tribology International 2018, 120: 159–165. (SCI Q1 Top, IF=4.27)
5. Huijie Zhang, Shulai Liu*, Huaping Xiao. Sliding Friction Behaviors of Shale Rock-Silica Contacts under Guar Gum Aqueous Solution Lubrication in Hydraulic Fracturing [C]. 6th World Tribology Congress, 2017, Beijing, China.
6. Huijie Zhang, Shulai Liu*, Huaping Xiao. Sliding Friction of Shale Rock on Quarts Sand Particles in Hydraulic Fracturing [C]. ITS-IFToMM, 2017, Jeju, Korea.
7. Xueke Luo, Dianxin Li*, Jianyong Liu, Huijie Zhang, Xiaoyu Yang. Theoretical modeling and experimental test for dynamic characteristics of an air-spring vibration isolation system[J]. Journal of the Brazilian Society of Mechanical Sciences and Engineering, 2023, 45(9): 489. (SCI Q4)

 

IV.Admissions Information

I am currently recruiting Master’s candidates for the Professional Degree in Mechanical Engineering (Code: 0855), specializing in the field of Mechanical Engineering. I sincerely welcome motivated students with a background in Mechanical Engineering, Computer Science, or related disciplines to join my research group. Ideal candidates should be dedicated, innovative, and have a strong interest in laser processing technology and/or rubber aging mechanisms. Practical experience in 3D structural modeling or a keen interest in intelligent algorithms will be highly valued.