1. Introduction

Prof.Wang Jiong, Ph.D. Supervisor of China University of Mining and Technology (Beijing), previously served as the Director of the General Office at the State Key Laboratory for GeoMechanics and Deep Underground Engineering. Now Prof.Wang serves as the Executive Deputy Director of the State Key Laboratory for Tunnel Engineering, and the Executive Dean of the Institute of Deep Space Science and Engineering.

Prof.Wang also holds positions as the Vice Chairman of the Deep Space Exploration and Development Branch of the Chinese Society for Rock Mechanics and Engineering, Deputy Secretary-General and Director of the Soft Rock Engineering and Deep Disaster Control Branch, Director of the Engineering Safety and Protection Branch, and a Young Editorial Board Member for Green and Smart Mining Engineering Journal and Coal Science and Technology Journal.

Prof.Wang has been awarded with many honors including the Young Top-Notch Talent of the Chinese Ten Thousand Talents Program, the global top 2% scientists from the 2023 Science Influence Ranking, Outstanding Talent of Qinghai Province, and the Sun Yueqi Young Scientist Award.

Wang Jiong has presided over two national-level projects and led six major provincial science and technology projects. He has participated in more than ten major development plans and national research by the National Natural Science Foundation. He has undertaken more than 40 significant scientific research topics commissioned by famous corporations.

His research achievements have won six first-class awards including the National Ministry of Education Technology Invention First Class Award, Shanxi Province Science and Technology Progress First Class Award, China Coal Industry Association Science and Technology Progress First Class Award, and China Rock Mechanics and Engineering Society Technology Invention Special Award. In addition, four academic books were published by the effort of Prof.Wang and his colleagues. During his career of researcher, more than 30 authorized Chinese patents and three American patents were obtained, and more than 80 papers were published with more than half were included by SCI/EI.

E-mail address: wangjiong0216@163.com

2. Education Background and Experience

（1）Engineering Mechanics, China University of Mining and Technology (Beijing),China, 2002-2006

（2）Ph.D., Geotechnical Engineering, China University of Mining and Technology (Beijing), China, 2006-2011

（3）Lecturer, China University of Mining and Technology (Beijing), 2011-2016

（4）Associate Professor, China University of Mining and Technology (Beijing), 2016-2024

（5）Professor, China University of Mining and Technology (Beijing), 2024

3. Research Area

Primarily engaged in teaching and scientific research in new mining technology of pillarless self-formed roadway which known as ‘the 110 mining method’,the fields of mine rock mechanics, and deep roadway support.

4. Academic Achievement

4.1 Projects

(1) Ministry of Organization's "Young Top-Notch Talent" Project, Fundamental Theory and Key Technology Research on Pillarless Self-Formed Roadway 110 Method for Thick Coal Seam Comprehensive Mining, 2024-2026, Principal Investigator

(2) National Natural Science Foundation of China General Program, Study on the Constitutional Relationship of "Short Spanning Beam" Roof Constant Resistance Yielding Support in Surrounding Rock of Goaf-Side Entry Retaining by Cutting Roof and Pressure Relief, 2021.01-2024.12, Principal Investigator

(3) National Natural Science Foundation of China Youth Fund Project, Experimental Study on the Mechanical Characteristics of New Type Bolts with High Constant Resistance and Large Deformation for Burst Prevention, 2015-2017, Principal Investigator

(4) Major Special Project of Guizhou Provincial Department of Science and Technology, Intelligent Technology and Equipment for 110 Method, January 2021-December 2022, Co-Principal Investigator

(5) Major Special Project of Guizhou Provincial Department of Science and Technology, Intelligent Technology and Equipment for 2G N00 Method, January 2021-December 2022, Co-Principal Investigator

(6) Guizhou Provincial Department of Science and Technology Plan Project, Key Technology Research on Pillarless Self-Formed Roadway N00 Method for Outburst-Prone Coal and Gas Mines, 2020.01-2022.12, Principal Investigator

(7) Central Government-Guided Local Science and Technology Development Fund Project (Shanxi Provincial Department of Science and Technology), Key Technology Research and Application of Comprehensive Mining 110 Method for Thick Coal Seams, 2020.04-2021.12, Principal Investigator

(8) Guizhou Provincial Department of Science and Technology Plan Project, Key Technology and Application of Pillarless Self-Formed Roadway 110 Method, 2020.01-2022.12, Principal Investigator

(9) Guizhou Provincial Department of Science and Technology Plan Project, Research and Application of Key Technologies for Spontaneous Combustion Prevention and Control of Coal Seams under 110 Method Conditions, 2022.04-2024.03, Co-Principal Investigator

4.2 Articles and Books

[1] Wang Jiong, Zhang Yong, Ma Zimin, Liu Peng. Theory and Engineering Practice of Constant Resistance Yielding Pressure Support. Metallurgical Industry Press Beijing, 06.2023.

[2] Gong Weili, Wang Jiong, Liu Dongqiao. Infrared thermography for geomechanical model test. Science Press Beijing, 01.2016.

[3] Gong Weili, Wang Jiong, Yang Jun. Theory and technology of high-pressure water jet ultrafine grinding. Metallurgical Industry Press Beijing,09.2014.

[4]Guo Zhi-Biao, HU Chun-Yang, Yang Jun, WANG Jiong, QI Gan. Underground engineering stability control and engineering examples. Beijing: Metallurgical Industry Press, 05.2015.

[5] Wang J, Liu P, Wu C, et al. Mechanical behavior of soft rock roadway reinforced with NPR cables: A physical model test and case study[J]. Tunnelling and Underground Space Technology, 2023, 138: 105203.

[6] Wang J, Liu P, He M, et al. Mechanical Behaviour of a Deep Soft Rock Large Deformation Roadway Supported by NPR Bolts: A Case Study[J]. Rock Mechanics and Rock Engineering, 2023, 56(12): 8851-8867.

[7] Wang J, Liu P, He M, et al. Floor heave mechanism for gob-side entry retaining with concrete blocks and control method: A case study[J]. Underground Space, 2024, 15: 244-259.

[8] Wang J, Ma L, Zhao F, et al. Dynamic strain field for granite specimen under SHPB impact tests based on stress wave propagation[J]. Underground Space, 2022, 7(5): 767-785.

[9] Wang J, Liu P, Ma L, et al. A rockburst proneness evaluation method based on multidimensional cloud model improved by control variable method and rockburst database[J]. Lithosphere, 2021, 2021(Special 4).

[10]Wang J, Liu P, Ma Z, et al. Experimental and Field Investigations on the Impact-Resistance Mechanical Properties of Negative Poisson’s Ratio Bolt/Cable[J]. Lithosphere, 2022, 2022(Special 11): 7057344.

[11]Wang J, Guo Z, Yan Y, et al. Floor heave in the west wing track haulage roadway of the Tingnan coal mine: mechanism and control[J]. International Journal of Mining Science and Technology, 2012, 22(3): 295-299.

[12] Wang J, Liu P, He M, et al. Comparison of large deformation failure control method in a deep gob-side roadway: A theoretical analysis and field investigation[J]. Journal of Mountain Science, 2023, 20(10): 3084-3100.

[13]Wang H, Wang J*, Elmo D, et al. Ground response mechanism of entries and control methods induced by hard roof in longwall top coal caving panel[J]. Engineering Failure Analysis, 2023, 144: 106940.

[14]Zhang Q, He M, Wang J*, et al. Investigation of a non-explosive directional roof cutting technology for self-formed roadway[J]. International Journal of Mining Science and Technology, 2022, 32(5): 997-1008.

[15]Zhang Q, He M, Wang J*, et al. Instantaneous expansion with a single fracture: A new directional rock-breaking technology for roof cutting[J]. International Journal of Rock Mechanics and Mining Sciences, 2020, 132: 104399.

[16]Wang H, He M, Wang J*, et al. Deformations and failures of goaf-side entries driving adjacent to longwall top coal caving panel[J]. Journal of Central South University, 2024: 1-18.

[17] Wang J, Zhu D, Gong W, et al.Physical simulation experiment of rock movement law of roof cutting and pressure relief automatic roadway formation[J]. Chinese Journal of Rock Mechanics and Engineering

[18] Wang J, Zhang Z, Zhu T, et al. Model test study on deformation mechanism of roadway supported by constant resistance and large deformation anchor cable[J]. Chinese Journal of Rock Mechanics and Engineering.

[19] Wang J, Gao R, Yu G, et al. Experimental study on infrared radiation characteristics of overlying strata movement in roof cutting and pressure relief self-forming roadway[J]. Journal of China Coal Society.

4.3 Patents

(1) Wang J, He M, Yu G, et al. Method of no-pillar mining with gob-entry retaining adapted for fully-mechanized top coal caving in thick coal seam: U.S. Patent 17/604,113[P]. 2022-9-1.

(2) Wang Jiong, Wang Haosen, Ma Zimin, et al. Method of Automatic Roadway Formation by Cutting Roof and Pressure Relief along the Top in Thick Coal Seam Comprehensive Mining, Invention Patent, ZL202011402296.1

(3) Wang Jiong, Li Wenfei, Chen Gonghua, et al. Gas Extraction Method for Single Coal Seam, Invention Patent, ZL202010762598.3

(4) Wang Jiong, Chen Gonghua, Li Wenfei, et al. Method for Equipment Withdrawal and Self-Formed Roadway of Withdrawal Passage at the Working Face of Coal Mine Comprehensive Mining, Invention Patent, ZL202010671194.3

(5) Wang Jiong, He Manchao, Li Wenfei, et al. Three-Dimensional Ventilation Method and System for "110" Method Mining in Outburst-Prone Coal and Gas Mines, Invention Patent, ZL202010367085.2

(6) Wang Jiong, He Manchao, Yu Guangyuan. Pillarless Mining Method with Cut Roof Self-Formed Roadway in Readily Combustible Coal Seams, Invention Patent, ZL201910233667.9

(7) Wang Jiong, Yu Guangyuan, Sun Han. Stability Control Method of Surrounding Rock with Double Pressure Relief and Constant Resistance Support in Small Coal Pillar Goaf-Side Entry Driving, Invention Patent, ZL201910234499.5

(8) Wang Jiong, He Manchao, Yu Guangyuan, et al. Pillarless Self-Formed Roadway Mining Method Suitable for Fully-Mechanized Caving Mining in Thick Coal Seams, Invention Patent, ZL201910305280.X

(9) Wang Jiong, Yu Guangyuan, Jiang Jian, et al. Surrounding Rock Stability Control Method Suitable for Main Roadways in Coal Mine Mining Area, Invention Patent, ZL201910330047.7

(10) Wang Jiong, Li Wenfei, Ma Zimin, et al. A Pillarless Mining Method with Cut Roof and Reserved Roadway, Invention Patent, ZL201910330047.7

5. Awards and Honors

(1)NPR anchor/cable supernormal mechanical properties and its Engineering application, Special Prize of Technical Invention Award of Chinese Society of Rock Mechanics and Engineering, October 2015, ranking 2

(2) Key Technology Research and Application of Pillarless Self-Formed Roadway 110 Method for Thick Hard Roof, First Class Award of Science and Technology by the Chinese Society for Rock Mechanics and Engineering, October 2021, Rank 1

(3) Key Technologies and Application of Pillarless Self-Formed Roadway 110 Method, First Prize of Green Mining Science and Technology Award, 2022, Rank 1

(4) Key Technology and Equipment System of Pillarless Self-Formed Roadway 110 Method, First Class Award of Technological Invention by the Ministry of Education, January 2019, Rank 2

(5) Mining Technology and Application of Pillarless Self-Formed Roadway in Medium-Thick Coal Seam with Composite Roof in Liliu Mine Area, First Class Award of Scientific and Technological Progress by Shanxi Province, January 2020, Rank 3

(6) Key Mining Technology and Application of Pillarless Self-Formed Roadway 110 Method in Thin Coal Seam, Second Class Award of Scientific and Technological Progress by the Chinese Society for Rock Mechanics, November 2019, Rank 1

(7) Large Deformation Mechanism of Hard Roof Block Retaining Roadway Surrounding Rock and "Unloading-Yielding-Supporting" Collaborative Control Technology, Second Prize of Science and Technology Award by the Chinese Society for Rock Mechanics and Engineering, October 2023, Rank 2

(8) Research on Mining Technology of Pillarless Self-Formed Roadway in Medium-Thick Coal Seam with Composite Roof at Great Depth in Huaibei Mining Area, Second Class Award of Science and Technology by Anhui Province, March 2019, Rank 3

(9) Complete Set of Key Technologies and Full Cycle Strata Pressure Regulation Research for Cutting Roof and Leaving Roadway in Liliu Mining Area, Third Class Award of Science and Technology by China Coal Industry Association, 2020, Rank 1

(10) Key Technology and Engineering Application of Cutting Roof and Leaving Roadway in Thick Coal Seam with Great Depth and Hard Roof, Third Class Award of Science and Technology by China Coal Industry Association, 2021, Rank 1