Miao Kaijun
Appointed associate professor, postdoctoral. China University of Mining and Technology, 221116, China
E-mail: miaokj@cumt.edu.cn
Education background
Ph.D., Mining Engineering, China University of Mining and Technology, 2019.09-2023.12
M.S., Mining Engineering, China University of Mining and Technology, 2018.09-2019.06
B.S., Mining Engineering, China University of Mining and Technology, 2014.09-2018.06
Experience
l Postdoctoral teachers, School of Mines, China University of Mining and Technology, China, 2024.01- Present, full-time
Areas of Research Interests
Mining theory and method
Intelligent coal mining
Ground pressure and strata control
Research Projects
Jiangsu Province Graduate Research and Practice Innovation Project:
Study on the mechanical properties of roadside support body based on the characteristics of gangue compression and movement (KYCX-19-2174),
National key research and development plan project topic:
Deep underground separation and filling space layout method and selective mining technology (2018YFC0604701)
The National Natural Science Foundation of China (General Project):
Disaster mechanism of repeated mining under shallow coal seam non-full caving goaf (51874281)
Honors And Awards
l Distinguished Postdoctoral in Jiangsu Province, 2024
l Distinguished Postdoctoral of China University of Mining and Technology, 2024
Academic Achievement
Plenary Speeches in Recent 5 Years
1. Miao KJ, “Fracture evolution and seepage law of overlying strata in shallow buried coal seam group mining” Young Scientists Forum of China Coal Society, May. 21-23,2023, Xi’an, China. (Plenary)
Selected Invention Patents:
Dr. Kaijun Miao is authorized to invent three patents:
1. Tu HS, Tu SH, Li Y, Miao KJ, Hao DY, Liu X, Li WL, Ma JY, (Approval Date 2022.02.11 ), three-dimensional similar simulation device and method of gangue self-sliding filling in goaf of steeply inclined coal seam, ZL202110248875.3, China.
2. Tu SH, Liu X, Hao DY, Miao KJ, Li WL, (Approval Date2020.11.03.03 ), an intelligent monitoring system and method for deformation of large section chamber in deep mine, ZL201910091130.3, China.
3. TU SH, HAO DY, YANG ZQ, LIU X, MIAO KJ, LI WL, (Approval Date: Oct. 2006), Experimental apparatus and method for utilizing X-ray to measure moisture content and distribution in coal rock. ZL201910602526.X, Australia.
Papers published in English Journals:
Dr. Miao Kaijun has published more than 20 SCI and EI search papers in the field of mining. The papers published as the first author / corresponding author are as follows :
1. MIAO K, TU S, WANG Y, et al. " Utilization of broken rock in shallow gobs for mitigating mining-induced water inrush disaster risks and environmental damage: Experimental study and permeability model," Science of The Total Environment, 2023,903: 166812.
2. Miao, K.; Tu, S.; Liu, X.; Ji, X. " Large deformation analysis and control of retaining entry along the backfilling working face with thick hard roof in deep mining," Journal of the China Coal Society 2021, 46, 1232-1241.
3. MIAO K, WANG D, TU S, et al. "The Principle and Practice of Strong Mine Pressure Control in the Initial Mining and Caving Stages under Multiple Key Strata," Sustainability, 2022,14(10): 5772.
4. MIAO K, TU S, TU H, et al. "Research on Fractal Evolution Characteristics and Safe Mining Technology of Overburden Fissures under Gully Water Body," Fractal and Fractional, 2022,6(9): 486.
5. Wu, Z.; Liang, Y.; Miao, K. "Damage Law and Reasonable Width of Coal Pillar under Gully Area: Linking Fractal Characteristics of Coal Pillar Fractures to Their Stability," Fractal and Fractional, 2024, 8, 407.
