Title：Associate Professor

Email：yanghanzhi@jlu.edu.cn

Research Interests：

1. Mechanical performance of deep geological   reservoirs

2. Visualization and quantitative   characterization of complicated fracture-networks

3. Sealing ability of cement sheath for oil and   gas exploitation/storage wells

Education：

2018-2024, Doctor, Mining Engineering, Chongqing   University

2022-2023, Visiting Ph.D. student, Mining and   Petroleum Engineering, University of Alberta

2014-2018, Bachelor, Mining Engineering,   Chongqing University

Professional Positions：

2024-Present, Associate Professor, College of   Construction Engineering, Jilin University

2019-2024, Research Assistant, Institute of Rock   and Soil Mechanics: Wuhan, Chinese Academy of Sciences

Publications：

1. Hanzhi Yang, Lei Wang, Chunhe Yang, Jian Zhao,   et al. Mechanical performance of oil-well cement slurries cured and tested   under high-temperatures and high-pressures for deep-well applications[J].   Cement and Concrete Research, 2024, 175: 107355.

2. Hanzhi Yang, Lei Wang*, Guangping Huang, Jian   Zhao, et al. Effects of compressive cyclic loading on the fatigue properties   of oil-well cement slurries serving in deep downhole environments[J].   Construction and Building Materials, 2024, 428: 136360.

3. Hanzhi Yang, Lei Wang*, Chunhe Yang, Wuhao   Guo, et al. Experimental investigation on different effects of fracturing   fluids on mechanical properties and failure mechanism of continental   shale[J]. International Journal of Rock Mechanics and Mining Sciences, 2023,   164:105362.

4. Hanzhi Yang, Xin Chang*, Chunhe Yang, Wuhao   Guo, et al. Visualization and characterization of experimental hydraulic   fractures interacting with karst fracture-cavity distributions[J]. Journal of   Rock Mechanics and Geotechnical Engineering, 2023, 16(5): 1667-1683.

5. Hanzhi Yang, Yintong Guo*, Lei Wang, Zhenhui   Bi, et al. Study on the stimulation effectiveness evaluation of large-scale   hydraulic fracturing simulation experiment based on optical scanning   technology[J]. SPE Journal, 2022, 27(05): 2941-2959.

6. Hanzhi Yang, Lei Wang, Chunhe Yang, Yintong   Guo*, et al. Visualization and quantitative statistics of experimental   hydraulic fracture network based on optical scanning[J]. Journal of Natural   Gas Science and Engineering, 2022, 105: 104718.

7. Wuhao Guo, Yintong Guo*, Hanzhi Yang, Lei   Wang, et al. Tensile mechanical properties and AE characteristics of shale in   triaxial Brazilian splitting tests[J]. Journal of Petroleum Science and   Engineering, 2022, 219: 111080.

8. Lei Wang, Hanzhi Yang, Yintong Guo*, Zhenhui   Bi, et al. Comparative study of marine and lacustrine shale reservoirs from   the viewpoint of rock mechanics[J]. Energy & Fuels, 2021, 35(23):   19481-19495.

9. Zhenhui Bi, Lei Wang*, Hanzhi Yang, Yintong   Guo, et al. Development and verification of a physical simulation experiment   system for initiation and propagation of multiple clusters of hydraulic   fractures[J]. Chinese Journal of Rock Mechanics and Engineering, 2021,   40(11):2273-2285.

10. Hanzhi Yang*, Zhenhui Bi, Lei Wang, Wuhao   Guo, et al. Experimental investigation of different influence mechanisms of   fracturing fluid immersion on continental shale[C]. 55th U.S. Rock   Mechanics/Geomechanics Symposium. ARMA, 2021: ARMA-2021-1680.

Projects：

1. Jilin University: Tang Au-Chin Young Scholar   Project, 2024-10 to 2029-12, CNY 300,000, person in charge.

2. National Natural Science Foundation of China:   Failure Mechanism and Control Method of Cement Sheath Structural Integrity   under Complex Dynamic Loading, 2023-01 to 2026-12, CNY 1,830.100, main   participant.

3. National Science and Technology Major   Project-Special Topic: Rock Mechanics Parameter Test and Research on   Complicated Fracture Propagation Law of Shale Fracturing, 2016-01 to 2020-12,   CNY 3,000,000, participant.

Patents：

1. A fractal dimension calculation method and   device based on the Octree Algorithm, National Invention Pattern of China,   ZL202110370793.6，1/9.

2. The Octree Box-Counting Method Software V1.0,   Software Copyright Registration Certificate of China, 2021SR0910731, 1/1.

3. A sample preparation method for the test of   shear strength parameters of the second interface of cement sheath, National   Invention Pattern of China, ZL202110746896.8, 8/11.

4. An experimental method for evaluating the   seepage capacity of hydraulic fractures in unconventional reservoirs,   National Invention Pattern of China, ZL202110581934.9, 8/11.

5. A quantitative evaluation method for   fracturing fractures integrated by multiple means, National Invention Pattern   of China, ZL202110569494.5, 8/11.

Honors and Awards：

1. 2018, Outstanding Student of Chongqing University   (passed the Undergraduate Innovative Talent Training Program)