Jinghao Chen
Jinghao Chen, male, born in October 1983 in Chifeng, Inner Mongolia, holds a Doctor of Engineering degree. He is a Lecturer and a Master's Supervisor. In 2006, he graduated from the Department of Industrial Engineering, Northeast Forestry University, with a bachelor's degree. In 2013, he obtained a Doctor of Philosophy degree in Mechanical Design and Theory from China University of Petroleum (Beijing). In the same year, he joined Beijing Institute of Petrochemical Technology. Since September 2018, he has served as a Master's Supervisor in the field of Mechanical Engineering at Beijing Institute of Petrochemical Technology. His research focuses on the strength risk assessment methods and fatigue characteristics of offshore structures, as well as the research and development of underwater installation tools and inspection equipment. He has presided over 1 General Science and Technology Project of the Beijing Municipal Commission of Education and 4 horizontal projects with enterprises. He has also participated in the research of multiple national 973 Program, national 863 Program, and National Science and Technology Major Projects. He has published more than 10 academic papers, 2 of which are indexed by SCI/EI. He has participated in the publication of 2 monographs, applied for 3 patents, and obtained authorization for 2 patents.
I. Major Research Areas
1. Research on risk assessment methods for offshore structures;
2. Research and development of underwater installation tools and inspection equipment;
3. Numerical simulation of strength and fatigue of offshore structures.
II. Rewards and Honors
1. Chen Jinghao. Third Prize in the 11th Young Teachers' Basic Teaching Skills Competition of Beijing Institute of Petrochemical Technology, 2019.
III. Research Projects
1. General Science and Technology Project of the Beijing Municipal Commission of Education: Study on Strength and Fracture Characteristics of Rubber-Steel Bonded Interface of Flexible Joints for Deepwater Risers. Project Leader, 2016-2017;
2. Enterprise Horizontal Project: Study on Risk Identification and Reliability Analysis Methods for Underwater Control System Equipment. Project Leader, 2017;
3. Enterprise Horizontal Project: Research on Key Technologies of Underwater Christmas Trees. Project Leader, 2016;
4. Enterprise Horizontal Project: Structural Design and Theoretical Calculation of Underwater Flange Measuring Equipment. Project Leader, 2020;
5. Enterprise Horizontal Project: Technology Development of Flexible Joints for Steel Catenary Risers. Project Leader, 2021-2022;
6. Enterprise Horizontal Project: CFD Verification of Response Characteristics of 3000m-Class Suspended Risers in Extreme Environments. Project Leader, 2023-2024;
7. Enterprise Horizontal Project: Research on Repair Material Technology for Outer Walls of Pipelines and Equipment Under Thermal Insulation Layers. Project Leader, 2024;
8. Enterprise Horizontal Project: R&D of 3D Laser Measurement System Based on SLAM Technology. Project Leader, 2024-2026;
9. National 973 Program: Nonlinear Fluid-Structure Interaction Vibration and Failure Mechanism of Deepwater Flexible Structures. Core Researcher, 2011-2014;
10. National Science and Technology Major Project: Development of Large Oil and Gas Fields and Coal Seams - Research on Monitoring Technologies for Deepwater Submarine Pipelines and Risers. Core Researcher, 2008-2010;
11. National Science and Technology Major Project: Development of Large Oil and Gas Fields and Coal Seams - Research on Key Technologies for J-Lay Installation of Deepwater Submarine Pipelines and Key Technologies for Construction Equipment and Installation of Deepwater Subsea Production Facilities. Core Researcher, 2008-2010;
12. National 863 Program (Hi-Tech Research and Development Program of China): Research on Deepwater Riser Installation Technology. Core Researcher, 2006-2010;
13. Enterprise Horizontal Project: Structural Calculation, Verification and Optimization of Quick-Connect Joints for Drilling Risers. Core Researcher, 2011-2012.
IV. Representative Publications
1. Menglan Duan, Jinghao Chen*, Kai Tian, Jian Zhang. A Mechanical Model for Deepwater Steel Catenary Riser Transfer Process during Installation. *Journal of Engineering for the Maritime Environment*, 2013, 227(1): 3~11.
2. Chen Jinghao*, Ye Mao, Deng Bosong, Hou Guangcheng. Stress Field Analysis at the Rubber-Steel Bonded Interface End of Flexible Joints for Deepwater Risers. *Ship & Ocean Engineering*, 2017, 46(6): 182~185.
3. Chen Jinghao*, Hou Guangcheng, Tian Kai, Zhou Canfeng. Research on Fatigue Characteristics of Flexible Joints for Deepwater Risers. *China Petroleum Machinery*, 2016, 44(06): 67~70.
4. Chen Jinghao*, Duan Menglan, Xu Chongwei, Ya Qianyi. Parameters for J-Lay Installation of Deepwater Submarine Pipelines. *Oil & Gas Storage and Transportation*, 2013, 32(6): 654~658.
5. Jinghao Chen*, Menglan Duan, Kai Tian. Dynamic Response and Fatigue Damage Analysis for Drilling Risers. *Proceedings of 2012 International Conference on Mechanical Engineering and Material Science*, 2012.
6. Chen Jinghao*, Kuang Tao, Duan Menglan, Ya Qianyi. Fatigue Characteristics Analysis of Deepwater Steel Catenary Risers Based on Nonlinear Pipe-Soil Interaction. *The 9th China CAE Engineering Analysis Technology Annual Conference*, 2013.
7. Wan Bo, Chen Jinghao*, Yang Qingxia, et al. Optimal Design of Buoyancy Block Configuration for Deepwater Umbilicals. *Oil Field Equipment*, 2018, 47(1): 28~31.
8. Zeng Xiaguang, Duan Menglan, Chen Jinghao*. Research on Several Mathematical Models for Single-Point Lifting and Lowering of Offshore Pipelines. *The Ocean Engineering*, 2013, 31(01): 32~37.
9. Wan Bo, Chen Bin, Chen Jinghao*, et al. Risk Identification of Subsea Production Control Systems Based on FMECA. *Petro-Chemical Equipment*, 2018, 47(06): 20~24.
10. Chen Jinghao*, Liu Qi, Zou Lin, et al. Comparative Analysis of Reliability of Different Types of Underwater Production Control System Equipment. *Oil-Gas Field Surface Engineering*, 2019, 38(1): 99~104.
11. Chen Jinghao*, Zhang Jian, Wang Kai, et al. Strength Evaluation of Submarine Pipelines with Defects During Direct Electric Heating. *China Petroleum Machinery*, 2019, 47(5): 125-128.
12. Chen Jinghao*, Zhang Jian, Wang Kai, et al. Research on Thermodynamic Characteristics of Submarine Pipelines During Direct Electric Heating. *Oil-Gas Field Surface Engineering*, 2019, 38(4): 6-11.
13. Chang Yongxu, Xu Pengcheng, Wan Bo, An Xiuxiu, Chen Jinghao*. Research Progress of Underwater Non-Destructive External Testing Technology. *Bulletin of Science and Technology*, 2024, 40(4): 1-5.
14. Li Zhigang, Chen Jinghao*, et al. *Deepwater Submarine Pipeline Laying Technology*. China Machine Press, 2012.
15. Menglan Duan, Jinghao Chen*, Zhigang Li. *Numerical Analysis - Theory and Application: Chapter 12 Mechanics of Deepwater Steel Catenary Riser*. Intech, 2011.
V. Patents and Software Copyrights
1. Chen Jinghao*, Xu Pengcheng. Fixed Assets Management System for Industrial Enterprises V1.0. No. 2024SR1220978, August 21, 2024.
VI. Admissions Information
He mainly recruits master's students in the professional degree program of Mechanical Engineering (0855). He sincerely welcomes students majoring in Mechanical Engineering or related fields who are down-to-earth, serious, innovative, and have strong computer application skills and high English proficiency to join his team.