Professor Zhiqiang Wang is a Ph.D. advisor and vice dean at School of Energy and Mining Engineering at China University of Mining and Technology-Beijing (CUMTB). He is an academician of the Russian Academy of Natural Sciences (РАЕН). He used to work as an assistant chief engineer (temporary assigned job) for Shanxi Huozhou Coal and Electricity Jinbei Fenyuan Coal Industry Co., Ltd., and later a vice dean of the mining department of Xinjiang Institute of Engineering (aid for Xinjiang). He has been a visiting scholar of Russia National University of Science and Technology“MISiS”, and member in international academic committee of the Nobel Communication Center in Russia (NCCR). He is an academic member of the Beijing Crustal Stress-Strain Field Scientific Observation Station of the Ministry of Natural Resources (MNR), executive director of the Soft Rock Engineering and Deep Disaster Control Branch Council of the Chinese Society for Rock Mechanics&Engineering (CSRME), member of the Mining Rock Mechanics Branch Council of the CSRME, member of the Quality Management Branch Council of the China National Coal Association (CNCA). He is an editorial board member of theJournal of Coal Engineering(JCE), and youth editorial board member of theJournal of Coal Science and Technology(JCST).

His areas of expertise include green mining system on dislocation layers, non pillar final mining, residual coal remining, etc. His new concept of "continuous mining" following underground sequential time and space , and method of "mine complex geological dynamic system", have been awarded applied mathematics achievement certified by the Chinese Society of Industry and Applied Mathematics (CSIAM) (only 4 people awarded nationwide).

Professor Wang has been awarded the "Eighth Batch of Outstanding Cadre Talents of Central and State Organs and Central Enterprises in Xinjiang" and "One Time Merit Recording" by the CPC Xinjiang Committee/People's Government. He has also won an "Outstanding Contribution Award" for the 60th anniversary of the founding ofJCE(10 people awarded nationwide), and "Outstanding Reviewer" and "Outstanding Contribution Expert" ofJCST. He has been in charge of over 30 projects including three programs of National Natural Science Foundation of China (NSFC), one program of State Key Laboratory for Green and Safe Coal Development in Western China, and more than 30 programs for coal mining enterprises. His research achievements include one first place of the Ministry of Education for Science and Technology Progress Prize, one first place of Coal in China for Science and Technology Progress Prize, and many other provincial and ministerial level awards. He has won 24 authorized invention patents, published 6 monographs, and published over 100 academic papers.

Articles:

[1]王志強,武超,羅健僑,等.特厚煤層巨厚頂闆分層綜采工作面區段煤柱失穩機理及控制[J].煤炭學報, 2021, 46(12): 3756-3770.

WANG, Zhiqiang; WU, Chao; LUO, Jianqiao; et al. Instability mechanism and control of section coal pillar in fully mechanized mining face with super thick roof and extra thick seam[J]. Journal of China Coal Society, 2021, 46(12): 3756-3770．

[2]王志強,王鵬,石磊,等.基于沿空巷道圍岩應力分析的防沖機理研究[J].中國礦業大學學報, 2020, 49(06): 1046-1056.

WANG, Zhiqiang; WANG, Peng; SHI, Lei; et al. Research on prevention of rock burst based on stress analysis of surrounding rock of gob-side entry[J]. Journal of China University of Mining&Technology, 2020, 49(6): 1046-1056.

[3]王志強,郭磊,蘇澤華,等.傾斜中厚煤層錯層位外錯式巷道布置及相鄰巷道聯合支護技術[J].煤炭學報, 2020, 45(02): 542-555.

WANG, Zhiqiang; GUO, Lei; SU, Zehua; et al. Layout and combined support technology of alternate exterior stagger arrangement roadway and adjacent roadways in inclined and medium-thick coal seam[J]. Journal of China Coal Society, 2020, 45(2): 542-555.

[4]王志強,武超,石磊,等.基于複變理論的雙向不等壓圓形巷道圍岩應力及塑性區分析[J].煤炭學報, 2019, 44(S2): 419-429.

WANG, Zhiqiang; WU, Chao; SHI, Lei; et al. Analysis of surrounding rock stress and plastic zone of two-way unequal pressure circular roadway based on complex variable theory[J]. Journal of China Coal Society, 2019, 44(S2): 419-429.

[5]Wang, Zhiqiang; Li, Jingkai; Lin, Lu; et al. Mesoscopic study on instability characteristics of residual coal pillars-roof system based upon domino effect in pillar goaf[J]. Geomechanics and Geophysics for Geo-Energy and Geo-Resources, 2023, 9(1): 109.

[6]Wang,Zhiqiang;Li, Jingkai; Qin, Zhongcheng; et al. Height identification of water-permeable fractured zone based on synchronous movement in overlying strata[J]. Scientific Reports, 2022, 12(1): 1-15.

[7]Ван Цжизян, Цяо Цзаньюн,Су Циехуа. Природоохранный эффект технологии разработки мощных угольных пластов со ступенчатым расположением штреков[J]. Горный информационно аналитический бюллетень, 2021 (2-1): 30-39.

[8]王志強,黃鑫,武超,等.基于複變函數理論的巷道圍岩穩定性分析[J].煤炭科學技術,2022,50(04):58-66.

WANG,Zhiqiang;WU,Chao;SHI,Lei;et al. Analysis of surrounding rock stress and plastic zone of two-way unequal pressure circular roadway based on complex variable theory[J]. Journal of China Coal Society, 2019, 44(S2): 419-429

[9]王志強,石磊,武超,等.極近距煤層(群)共采類型劃分及夾層穩定性分析[J].采礦與安全工程學報,2021,38(03):458-468+478.

WANG, Zhiqiang; SHI, Lei; WU, Chao; et al. Classification of co-mining types and stability analysis of interlayer in extremely close coal seams[J]. Journal of Mining&Safety Engineering,2021,38(03):458-468+478.

[10]王志強,王鵬,呂文玉,等.沿空巷道非對稱底鼓機理及防控研究[J].采礦與安全工程學報,2021,38(02):215-226.

WANG, Zhiqiang; WANG, Peng; LYU, Wenyu; et al. Mechanism and control of asymmetric floor heave in gob-side entry[J]. Journal of Mining&Safety Engineering,2021,38(02):215-226.

[11]王志強,蘇越,蘇澤華,等.外錯式區段間相鄰巷道錨杆聯合支護作用機理研究[J].采礦與安全工程學報, 2021,38(01):58-67.

WANG, Zhiqiang; SU, Yue; SU, Zehua; et al. Mechanism of combined support by bolts for adjacent roadways in the external-staggered split-level panel layout[J]. Journal of Mining&Safety Engineering, 2021,38(01):58-67.

Patents:

[1]王志強,喬建永,張焦,王鵬.一種減小末采煤柱的預充填方法[P].：CN113482711B,2022-04-12.

[2]王志強,喬建永,王鵬,張焦.一種随支架撤出進行充填加固實現減小保護煤柱的方法[P].北京市：CN113513345B, 2022-04-12.

[3]王志強,喬建永,蘇澤華.厚煤層放頂煤采空區殘留煤體的往複式二次快速回采方法[P].北京市：CN110714762B, 2022-03-15.

[4]王志強,王鵬,蘇澤華.一種特厚煤層沿空留巷的巷道布置方法[P].北京市：CN110242322B, 2020-08-28.

[5]王志強.實現厚煤層沿空掘巷相鄰巷道聯合支護的方法[P].北京市：CN106014413B,2018-04-06.

[6]喬建永,王志強,範新民,王樹帥,蘇澤華,王炳文.實現工作面末采無專用通道、煤柱與快速回撤設備的方法[P].北京市：CN111779514B,2022-05-17.

Monographs:

[1]王志強,張俊文,田柯.厚煤層錯層位巷道布置全厚開采技術研究及應用[M].北京:煤炭工業出版社, 2018

[2]王志強,姚善泳,王朋飛.孤島煤柱對下伏人巷圍岩穩定性的影響與支護技術研究[M].北京:煤炭工業出版社, 2018

[3]王志強,張玉波,張俊文.錯層位巷道布置礦山壓力與與圍岩控制[M].北京:煤炭工業出版社, 2015

[4]王鵬,王志強,蘇越,劉會景.特厚煤層窄煤柱沿空巷道變形機理與錯層位布控研究[M].北京:應急管理出版社, 2024

[5]喬建永,王志強.地下連續開采技術及科學問題[M].北京：科學出版社, 2023

Contact:Zhiqiang WANG, Professor

School of Energy and Mining Engineering

China University of Mining and Technology (Beijing)

Ding 11 Xueyuan Road, Beijing 100083, P. R. China

Email: wzhiqianglhm@126.com