學習經曆(Educational Qualifications)
1. 2000.6，中國石油大學(華東)，油氣田開發工程博士學位；
2. 1990.3，石油大學(北京)，油氣田開發工程碩士學位；
3. 1984.7，華東石油學院，采油工程學士學位。
Educational Qualifications
1. China University of Petroleum (East China), Petroleum Engineering, Ph.D., 2000；
2. China University of Petroleum (Beijing), Petroleum Engineering, B.S.E., 1990；
3. China University of Petroleum (East China), Petroleum Engineering, B.S., 1984.

工作經曆(Work Experience)
學術經曆
1.1999-至今， 中國石油大學（華東）教授；
2.1994-1999，中國石油大學（華東）副教授；
3.1990-1994，中國石油大學（華東）講師；
4.1984-1990，中國石油大學（華東）助教.
Positional Titles
1. Professor, China University of Petroleum (East China), 1999
2. Associate Professor, China University of Petroleum (East China), 1994
3. Lecturer, China University of Petroleum (East China), 1990
4. Teaching Assistant, China University of Petroleum (East China), 1984

行政（Administrative Appointments）：
行政：
1. 2022-至今，智能油田教育部工程研究中心主任；
2. 2017-2022，中國石油大學（華東）副校長；
3. 2013-2017，中國石油大學（華東）科技處處長；
4. 2014-至今，中國石油大學（華東）SPE學生分會指導教師；
5. 2003-2013，Betway88必威 院長；
6. 2009-2018，中國石油大學（華東）學術委員會副主任；
7. 2005-至今，中國石油化工股份有限公司提高采收率研究中心主任；
8. 2008-至今，教育部“油氣田開發工程”創新引智基地主任；
9. 2000-至今，油氣滲流研究中心主任。
Administrative Appointments
1. Director, Intelligent Oilfield Research Center, Ministry of Education, 2022-present
2. Vice-Chancellor, China University of Petroleum (East China), 2017-2022
3. Director of Department of Science and Technology, China University of Petroleum (East China), 2013-2017
4. Guiding Teacher of SPE Student Chapter at China University of Petroleum (East China), 2014-present
5. Dean, College of Petroleum Engineering at China University of Petroleum (East China), 2003-2013
6. Co-Chair, Academic Committee of the China University of Petroleum (East China), 2009-2018
7. Director, Enhanced Oil Recovery Joint Center of SINOPEC and China University of Petroleum, 2005-present
8. Director, Project of Introducing Talents in Petroleum Engineering, 2008-present
9. Director, Centre for Research on Multiphase Flow in Porous Media, 2000-prensent

圍繞油氣滲流及其應用，主要研究方向有：
1. 基於數字岩心可孔隙網絡模型的孔隙尺度流動模擬
2. 多尺度多孔介質流動模擬
3. 流固耦合油氣滲流模擬
4. 酸岩反應流數值模擬
5. 壓裂過程中的裂縫擴展數值模擬
6. 頁岩/致密、碳酸鹽岩、裂縫性以及超深等油氣藏數值模擬
7. 油氣藏試井解釋、產能評價、產量預測和生產優化
8. 儲氫、CO2埋存及利用
9. 深層煤氣化物理模擬和數值模擬
Research Interests
The main research directions around multiphase flow in porous media are as follows：
1. Pore-scale flow simulation based on digital core and pore network models
2. Flow simulation in multiscale porous media
3. Numerical simulation of multiphase fluid-solid coupling in porous media
4. Numerical simulation of acid rock reaction flows
5. Numerical simulation of fracture expansion in artificial fracturing
6. Numerical simulation of oil and gas reservoirs (including shale reservoirs, tight reservoirs, fractured-vuggy carbonate reservoirs, fractured reservoirs and ultra-deep reservoirs)
7. Well testing, capacity evaluation and production optimization in oil and gas reservoirs
8. Hydrogen storage, carbon dioxide sequestration and enhanced oil recovery
9. Physical and numerical simulation of deep coal underground gasification

主講課程(Teaching Experience)
1、 研究生學位課《高等油氣滲流力學》
2、 本科生專業課《油藏工程》
Teaching Experience
Undergraduate Courses
1. Course #020503 Oil and Gas Reservoir Engineering
2. Course #020531 Modern Well Testing Interpretation Methods
Graduate Courses
1. Course #020802 Multiphase Flow in Porous Media
2. Course #020803 Advances in Multiphase Flow in Porous Media
3. Course #020806 Advanced Reservoir Engineering
4. Course #020809 Numerical Simulation for Oil and Gas Reservoir
Training Course for Leading Talents in Oil and Gas Field Development Technology
Since 2000, more than 20 training courses for CNPC, Sinopec, CNOOC, etc

學術兼職(Professional Service)
1、第六屆國務院學位委員會石油與天然氣學科評議組成員；
2、國家自然科學基金委第十三、十四屆工程與材料學部評審專家；
3、中國力學學會流體力學專業委員會委員，滲流力學專業組副主任；
4、中國科學院《滲流力學進展》副主編；
5、中國石油大學油氣田開發工程國家重點學科負責人；
6、中國石油大學(華東)校學術委員會副主任；
7、複雜油藏開發及提高采收率教育部長江學者創新團隊 (IRT1294)負責人；
8、油氣田開發工程山東省優秀創新團隊負責人；
9、International Centre for Carbonate Reservoirs，科學顧問。
Professional Service
National organizations
1. Chair, China chapter of International Society for Porous Media, 2017-2022
2. Member, editorial board of mechanics in “Encyclopedia of China”, in charge of fluid mechanics in porous media, 2016-2019
3. Chair, professional group of fluid mechanics in porous media, Chinese Society of Theoretical and Applied Mechanics, 2015-2020
4. Member, the 6th and 7th Discipline Evaluation Group of the Academic Degrees Committee of the State Council, 2010-2020
5. Member, National Steering Committee on Higher Education Self-Study Examination, 2005-2010

Editorial Boards
1. Editor in chief, Journal of China University of Petroleum (Chinese Edition), 2017-2022
2. Associate editor, Advances in Geo-Energy Research (Impact Factor 8.2), 2018-present
3. Editor, China Offshore Oil and Gas (Chinese Edition), 2009-present
4. Editor, Oil & Gas Recovery Technology (Chinese Edition), 2008-present
5. Editor, Fault block oil and gas reservoirs (Chinese Edition), 2010-present
6. Editor, Progress in Multiphase flow in porous media (Chinese Edition), 2011-present

指導研究生(Supervision of postgraduate students)
指導研究生150餘人，其中博士研究生60餘人和國家級人才8人。
Supervised more than 150 postgraduate students, including more than 60 PhD students, 8 national-level talents.

承擔課題(Research Projects)
1、 深水油氣田智能完井關鍵技術(2013AA09A215)，863重點項目， 2013-2016；
2、 頁岩氣藏開采基礎研究(51230149)，國家自然科學基金，2013-2017；
3、 基於孔隙網絡模型的多孔介質近混相油氣水三相流動模擬(11072268)，國家自然科學基金，2010-2013；
4、 基於數字岩心的孔隙網絡建模方法研究(90610015)，國家自然科學基金，2007-2009；
5、 縫洞型碳酸鹽岩油藏流動機理研究(2006CB202404)，973課題，2006-2010；
6、 碳酸鹽岩縫洞型油藏開采機理及數值模擬研究(2011CB201004)，973課題，20011-2015；
7、 海上大井距多層合采稠油油藏開發調整方案優化設計方法研究(2008ZX05024-04-004)，2008-2010，國家油氣重大專項子課題；
8、 海上大井距多層合采稠油油藏開發生產實時優化技術研究(2011ZX05024-002)，國家油氣重大專項子課題；
9、 碳酸鹽岩數字岩心構建理論與方法，教育部重大課題；
10、 低滲透氣藏地質建模與數值模擬技術，國家油氣重大專項子課題。
Research Projects
Jun Yao has undertaken over 90 scientific research projects, including 3 key projects from the National Natural Science Foundation of China, one “863” key project, two “973” key projects, and 12 national oil and gas major projects. The main projects are as follows:
1. Fundamental Theory Research on the Development of Deep and Ultra-Deep Oil and Gas Reservoirs, Key Projects of Natural Science Foundation of China, 3 million RMB￥, 2021.1-2025.12
2. Multiscale flow characteristics and theory of exploitation of shale oil and gas, Key Projects of Natural Science Foundation of China, 3.35 million RMB￥, 2014.1-2018.12
3. The foundation of shale gas exploitation, Key Projects of Natural Science Foundation of China, 2.8 million RMB￥, 2013.1-2017.12
4. Technology of Smart well completion in deep water reservoir, 863 National Key industrialization Program of China, 18.2 million RMB￥, 2013.1-2017.12
5. Study on exploitation mechanism and numerical simulation of fractured-vuggy carbonate reservoirs, 973 National Key Basic Research Program of China, 4.86 million RMB￥, 2011.1-2015.12
6. Flow mechanism study of fractured-vuggy carbonate reservoir, 973 National Key Basic Research Program of China, 5.53 million, 2006.11-2011.11
7. Study on offshore large well spacing multilayer commingled heavy oil reservoir development, adjustment program and optimal design method, National Oil-Gas Key Research Program of China, 2.56 million RMB￥, 2008.1-2010.12
8. Pore scale microscopic flow mechanism and application, SINOPEC Key Scientific and Technological Project, 2 million RMB￥, 2005.4-2007.12
9. Well testing interpretation method for fractured-vuggy carbonate reservoirs, SINOPEC Key Scientific and Technological Project, 3.6 million RMB￥, 2004.6-2005.5
10. Modeling of Tarhe fractured-vuggy Carbonate Oil Reservoirs, SINOPEC Key Scientific and Technological Project, 6.82 million RMB￥, 2006.1-2008.12

科研獲獎
1、2010年國家科技進步二等獎，特低滲透油藏有效開發非線性滲流理論和開發方法及其工業化應用，排名第2
2、2017年國家科技發明二等獎，海相碳酸鹽岩縫洞型油藏精細描述、數值模擬，排名第4；
3、2017年教育部自然科學一等獎，非常規油氣藏多尺度滲流理論與方法，排名第1；
4、2021年山東省科技進步一等獎，非常規油氣藏數值模擬關鍵技術及工業應用 ，排名第1；
5、2018年中國石油和化學工業聯合會科技進步一等獎，油藏生產實時優化與智能調控技術及工業化應用，排名第1；
6、2007年中國石油和化學工業協會科技進步一等獎，流線數值試井解釋方法及應用，排名第1.

Scientific Awards
1. Key numerical simulation technology and industrial application in unconventional oil and gas reservoir. First Prize in Scientific and Technological Progress, Ranked #1, Shandong Province, 2021
2. Real-time optimization of reservoir production and intelligent control technology and industrial application, First Prize in Scientific and Technological Progress, China Petroleum and Chemical Industry Federation, Ranked #1, 2018
3. Fine description, numerical simulation and high-efficiency water injection development technology for marine carbonate fracture-vuggy reservoirs, Second Prize of National Technical Invention Award, Ranked #4, 2017
4. Theory and method for fluid flow in multi-scale porous media of unconventional oil and gas reservoirs, First Prize in Natural Science, Ministry of Education, Ranked #1, 2017
5. New method and application for development of fracture-vuggy carbonate reservoir, Second Prize in Science and Technology Progress, Ministry of Education, Ranked #5, 2014
6. Theory and method of nonlinear flow in ultra-low permeability oil reservoirs and industrial application, Second Prize of National Science and Technology Progress Award, Ranked #2, 2010
7. Study of Streamline Numerical Well Test Interpretation Method and Application, First Prize in Science and Technology Progress, China Petroleum and Chemical Industry Federation, Ranked #1, 2007
8. Study of Well Test Interpretation Method and Application in Complex Reservoir, Second Prize in Science and Technology Progress, Shandong Province, Ranked #1, 2007
9. Well Test Interpretation Method and Application in Fractured-Vuggy Carbonate Reservoir, Second Prize in Science and Technology Progress, China Petroleum and Chemical Industry Federation, Ranked #2, 2005
10. Study of horizontal well test analysis method and application. Third Prize in Science and Technology Progress, Shandong Province, Ranked #1, 1999
11. Techniques of optimization, tracer and integral block profile control for water flooding reservoir. Third Prize in Science and Technology Progress, Ministry of Education, Ranked #5, 1994

Teaching Awards
1. Study and Practice of Engineering Practice Ability Cultivation for Students in Petroleum Engineering, Third Prize of CNPC Teaching Achievement, Ranked #1, 2006
2. Reform and Construction of Petroleum Engineering, First Prize of CNPC Teaching Achievement, Ranked #1, 1999
3. Study of Engineering Practice Ability Cultivation for Students in Petroleum Engineering, First Prize of Education Teaching Achievement, Shandong Province, Ranked #1, 2001
4. Reform and construction of Petroleum engineering (National characteristic majors) from the perspective of energy strategy, Second Prize of National Teaching Achievement Award, Ranked #2, 2014
5. Comprehensive reform and practice of practical teaching based on the concept of seeking truth education, Second Prize of National Teaching Achievement Award, Ranked #4, 2014
6. Reform and construction of Petroleum engineering (National characteristic majors) from the perspective of energy strategy, Second Prize of Teaching Achievement Award, Shandong Province, Ranked #2, 2014

1、山東省首屆十佳研究生指導教師，2023；
2、中國石油學會首屆會士，2023；
3、國際石油工程師協會（SPE）個人最高獎-SPE榮譽會員，2020;
4、SPE傑出會員，2020；
5、山東省泰山學者攀登計劃專家，2015；
6、教育部長江學者創新團隊負責人，2012-2021；
7、山東省優秀創新團隊負責人，2012；
8、新世紀百千萬人才工程國家級人選，2009；
9、山東省有突出貢獻的中青年專家，2008；
10、青島市拔尖人才,2008；
11、享受國務院政府特殊津貼的專家；
12、山東省首屆優秀研究生指導教師,2006；
13、石油高校優秀教師,1996；

Honors
1. Top Ten Graduate Tutors of Shandong Province (1st), 2023
2. Fellow, China Petroleum Society, 2023
3. SPE Honorary Member (Highest Individual Award), Society of Petroleum Engineers, 2020
4. SPE Distinguished Member, Society of Petroleum Engineers, 2020
5. Mount Taishan Scholar for Climbing Plan, Shandong Province, 2015-2019
6. Team leader of Oil and Gas Field Development, the Yangtze river scholar innovation team, Ministry of Education, 2012-2021
7. Team leader of Oil and Gas Field Development, Top Ten Innovation Teams in Shandong Province, 2012
8. New Century Hundred/Thousand/Ten-Thousand National Talents, 2009
9. Young experts with outstanding contributions in Shandong Province, 2008
10. Top-notch Talent in Qingdao City, 2008
11. Outstanding Graduate Supervision of Shandong Province, 2006
12. CNPC Outstanding Teacher, 1996 (Before 2000, China University of Petroleum was affiliated with CNPC)

著作(Monographs)
1.Yao Jun, Wu minglu. Streamline Numerical Well Test Interpretation Theory and Method，Elsevier，2011；
2. 姚軍，王子勝. 縫洞型碳酸鹽岩油藏試井解釋理論與方法，中國石油大學出版社，2007；
3. 姚軍，趙秀才. 數字岩心及孔隙網絡模型構建技術，石油工業出版社，2010；
4. 姚軍，劉均榮，張凱，國外智能井技術，石油工業出版社，2011；
5. 薑漢橋，姚軍，薑瑞忠，油藏工程原理與方法，中國石油大學出版社，2005；
6. 張豔玉，姚軍，現代試井解釋原理與方法，中國石油大學出版社，2006。
Monographs
Published 13 monographs and textbooks
1. J. Yao, K. Zhang, J. Liu, Intelligent Oil Field Development Theory and Application (Chinese), Science Pres, China, 2018
2. J. Yao, A. Lv, Y. Wang, Flow Mechanism of Paleo karst Carbonate Reservoirs (Chinese), China University of Petroleum Press, China, 2017
3. J. Yao, Z. Huang, Fractured-vuggy Carbonate Reservoir Simulation, Springer, 2016
4. J. Yao, Z. Huang, Theoretical Study on Multiscale Modeling of Two-Phase Flow Based on Discrete Fracture-Vug Network Model (Chinese), China University of Petroleum Press, China, 2014
5. S. Yu, J. Yao. Unconventional gas reservoir engineering method(Chinese), Petroleum Industry Press, 2013
6. J Yao, J. Liu, K Zhang. Foreign smart well technology(Chinese), Petroleum Industry Press, 2011
7. J. Yao, M. Lu, Streamline Numerical Well Test Interpretation Theory and Method, Elsevier, 2011
8. J. Yao, X. Zhao, Digital Core and Pore Network Model Construction Techniques (Chinese), China University of Petroleum Press, China, 2010
9. J. Yao, M. Lu, Theory and Methods of Streamline Numerical Well Testing Interpretation(Chinese), China University of Petroleum Press, China, 2008
10. J. Yao, Z. Wang, Well Testing Interpretation Theory and Methods for Fractured-Vuggy Carbonate Reservoirs(Chinese), China University of Petroleum Press, China, 2007
11. Y. Zhang, J. Yao, Modern Well Testing Interpretation Principles (Chinese, Textbook), China University of Petroleum Press, China, 2006
12. J. Yao, H. Zhang, Principles and Methods of Reservoir Engineering (Chinese, Textbook), China University of Petroleum Press, China, 2005
13. H. Jiang, J. Yao, R. Jiang, Principles and Methods of Reservoir Engineering (Chinese, Textbook), China University of Petroleum Press, China, 2000

Google學術搜索網址： https://scholar.google.com/citations?user=0D8d-TwAAAAJ&hl=zh-CN
共發表論文 600餘篇，其中 SCI 收錄 333 篇，EI 收錄 460 篇；Google 引用量：16000，H 指數：62；ESI 高被引論文 10 篇。
1. 2022-2023科睿唯安全球高被引科學家
2. 2020-2023 愛思唯爾中國高被引科學家
3. 入選 2023 年全球前 2% 科學家名單

Published Papers
Google Scholar Search URLhttps://scholar.google.com/citations?user=0D8d-TwAAAAJ&hl=zh-CN
Published a total of 655 papers, among them 333 articles indexed by SCI, 460 articles indexed by EI; Google citation amount: 16000, H index: 62; ESI highly cited 10 papers.
1. 2022-2023 Clarivate Globe Highly Cited Researchers
2. 2020-2023 Elsevier China Highly Cited Scientists
3. Selected as one of the world top 2% scientists in 2023

已授權發明專利50餘項
More than 50 patents granted

學術交流(Academic Exchanges)
重大會議的組織
2018 年，姚軍牽頭，成功獲得了 2020 年 InterPore 年會的組織權。盡管麵臨新疫情挑戰，作為地區組委會主席，在2020年首次舉辦在線年會的過程中發揮了關鍵作用。目前，姚軍正積極參與 2024 年年會的籌備工作，擔任地方組織委員會主席。
姚軍與InterPore的淵源可以追溯到2008年的年會，當時他帶領了一批中國學者參會，標誌著中國學者首次參與InterPore活動。此後，姚軍一直致力於在InterPore中國推廣和傳播。參加InterPore年會的中國學者人數持續上升，鞏固了中國作為參與者人數眾多且不斷增長國家的地位。姚軍於2017年率先成立了InterPore中國分會，並擔任分會主席長達六年之久。在他的領導下，共舉辦了六屆分會年會，並為InterPore年會策劃了十餘場會議，為InterPore在中國的發展做出了巨大貢獻。
作為中國力學學會多孔介質流體力學專業組組長，姚軍十多年來一直積極參與國內滲流專業組的活動。他組織了五次全國性的多孔介質流體力學會議，為推動這一領域在中國的發展發揮了重要作用。此外，姚軍還資助並組織了六次關於數字岩心分析技術的國際研討會，為該技術在中國的廣泛應用做出了重要貢獻。
姚軍在國內和國際舞台上的廣泛參與，體現了他致力於推動多孔介質流動力學領域研究與合作的決心。
特邀講座
1. 油氣藏流動力學的研究進展與發展趨勢，第 17 屆全國多孔介質流動力學會議，大會報告，2023 年
2. 油氣藏流動力學的研究進展與發展趨勢，中國石油學會研究員第一次學術報告會，大會報告，2023 年 3.
3. 油氣藏流動力學及數值模擬研究進展，第十六屆全國多孔介質流動力學學術會議，大會報告，2021 年 4.
4. 多孔介質中多相流現代係統的挑戰與發展趨勢，第五屆數字岩心分析技術國際研討會，大會報告，2021年
5. 孔隙尺度兩相流模擬：數值方案與應用，第十五屆全國多孔介質流體力學會議，大會報告，2019年
6. 儲層中油氣流動的現代力學及其發展趨勢，中國科學院技術科學部能源交叉學科論壇，大會報告，2018
7. 現代油氣流動力學體係及其發展，首屆中國油氣開發技術大會，大會報告，2018
8. 多尺度多物理場輸運現象建模方法研究進展，第十四屆全國多孔介質流體力學會議，大會報告，2017年
9. 頁岩油氣流動力學研究進展，國家自然科學基金委員會，第 168 期雙清論壇，頁岩油氣高效開發的力學機遇與挑戰，大會報告，2016 年
10. 考慮多尺度、多礦物（有機物和無機物）的頁岩數字岩心構建方法，第三屆國際數字岩心分析技術研討會，大會報告，2016年
11. 現代儲層油氣流動力學及其發展趨勢，第十四屆全國儲層流體力學學術會議，大會發言，2016 11. 第十四屆全國多孔介質流體力學會議，全體大會發言人，2015年
12. 現代油氣藏流動力學及其在頁岩氣藏開發中的應用，第二屆頁岩油氣高效開發力學研討會，大會報告，2015年
13. 油氣藏現代流動力學及其發展趨勢，第十三屆全國多孔介質流動力學學術會議，大會報告，2015年
14. 頁岩氣藏中的多尺度流動模擬，第七屆國際流體力學會議（ICFM7），大會報告，2015年
15. 頁岩氣藏的多尺度數值模擬，第七屆國際多孔介質學會國際會議暨年會，特邀報告，2015年
16. 井廠模型頁岩氣開發中的關鍵力學問題，第517屆香山學術會議（中國最高級別學術會議），大會報告，2014年
17. 數字岩心中頁岩氣的格點玻爾茲曼法模擬及應用，阿卜杜拉國王科技大學多孔介質數值年會，大會報告，2014年
18. 非常規資源可借助數字岩心技術走得更遠，第二屆數字岩心分析技術國際研討會，大會報告，2014 年
19. 頁岩氣的多尺度流動機製和流動模擬，第十二屆全國多孔介質流體力學會議，大會報告，2013 年
20. 國際碳酸鹽岩儲層中心年會，裂縫礫岩儲層流體流動模擬及應用，大會報告，2012 年 21.
21. 頁岩氣開發中的關鍵力學問題，中國科學院院士工作部 科技前沿論壇 之 能源利用中的關鍵力學問題，特邀報告人，2012年 22.
22. 數字岩心在非常規油氣田中的應用，弗裏斯特數字岩心分析技術國際研討會，大會報告，2012年
23. 頁岩氣藏流動機理及生產性能數值模擬，中國石化第六屆油氣開采技術研討會，特邀報告人，2012年 24.
24. 儲層多尺度有限元數值模擬方法，第十一屆全國多孔介質流體力學會議，大會報告，2011年
25. 基於儲層生產性能的儲層監測方法及應用，中國石化第六屆油氣開發技術研討會，特邀演講人，2010 年 26.
26. 碳酸鹽岩儲層裂縫礫岩流動建模，第十屆全國多孔介質流體力學會議，大會報告，2009 年 27.
27. 孔隙尺度上的微尺度流動建模，第九屆全國多孔介質流體力學會議，大會報告，2007 年
Organization of major Conferences
In 2018, Jun Yao assumed a leadership role, successfully securing the right to organize the 2020 InterPore Annual Conference. Despite the challenges posed by the New Crown epidemic, Jun Yao played a pivotal role as the Regional Organizing Committee Chair in orchestrating the first-ever online annual meeting in 2020. Currently, Jun Yao is actively involved in preparing for the 2024 Annual Conference, serving as the Chair of the Local Organizing Committee.
Jun Yao's involvement with InterPore dates back to the 2008 Annual Conference, where he led a group of Chinese scholars, marking the inaugural participation of Chinese scholars in InterPore events. Since then, Jun Yao has been dedicated to promoting and disseminating InterPore in China. The number of Chinese scholars attending the annual conference has consistently risen, solidifying China's position as a country with a significant and growing participant base. Jun Yao took a pioneering step by establishing the InterPore China Chapter in 2017 and serving as the Chapter Chair for six years. Under his leadership, six Chapter Annual Meetings were organized, and he curated over 10 sessions for the InterPore annual conference, making substantial contributions to InterPore's development in China.
As the head of the Specialized Group on Flow Mechanics in Porous Media of the Chinese Mechanics Society, Jun Yao has actively engaged in the domestic Specialized Group's activities for over a decade. He organized five national conferences on Flow Mechanics in Porous Media, playing a crucial role in advancing this field in China. Furthermore, Jun Yao's financial support and organization of six international workshops on digital core analysis technology have significantly contributed to the widespread adoption of this technology in China.
Jun Yao's extensive involvement in both national and international arenas reflects his commitment to advancing research and collaboration in the field of porous media flow mechanics.

Invited Talks
1. Research progress and development trend of oil and gas flow mechanics in reservoirs, the 17th National Conference on flow Mechanics in porous media, plenary speaker, 2023
2. Research progress and development trend of flow mechanics in oil and gas reservoirs, Frist Academic Report Meeting of Fellow of Chinese Petroleum Society, plenary speaker, 2023
3. Research progress in flow mechanics in oil and gas reservoirs and numerical simulation, the 16th National Conference on flow Mechanics in porous media, plenary speaker, 2021
4. Challenge and development trend on modern system of multiphase flow in porous media, The fifth International Workshop on Digital Core Analysis Technology, plenary speaker, 2021
5. Pore-scale two-phase flow simulations: numerical schemes and applications, The 15th National Conference on Fluid Mechanics in Porous Media, plenary speaker, 2019
6. Modern mechanics of oil and gas flow in reservoirs and its development trend, Energy Interdisciplinary Forum, Department of Technical Sciences, Chinese Academy of Sciences, plenary speaker, 2018
7. System of modern oil and gas flow mechanics and its development, The First China Oil and Gas Development Technology Conference, plenary speaker, 2018
8. Advances in multi-scale multi-physics transport phenomena modelling method, The 14th National Conference on Fluid Mechanics in Porous Media, plenary speaker, 2017
9. Advances in research on shale oil and gas flow mechanics, National Natural Science Foundation of China, No. 168 Shuangqing Forum, ‘Mechanical Opportunities and Challenges for High-efficiency development of Shale Oil and Gas’, plenary speaker, 2016
10. The method for constructing shale digital core considering multi scale and multi mineral(organic and inorganic matter), The Third International Workshop on Digital Core Analysis Technology, plenary speaker, 2016
11. Modern mechanics of oil and gas flow in reservoirs and its development trend. The 14th National Conference on Fluid Mechanics in Porous Media, plenary speaker, 2015
12. Modern mechanics of oil and gas flow in reservoirs and its application in shale gas reservoir development, the second seminar on shale oil and gas efficient development mechanics, plenary speaker, 2015
13. Modern mechanics of oil and gas flow in reservoirs and its development trend, the 13th National Conference on flow mechanics in porous media, plenary speaker, 2015
14. Multi-scale Flow Simulation in Shale Gas Reservoirs, the 7th International Conference on Fluid Mechanics (ICFM7), plenary speaker, 2015
15. Multi-scale Numerical Simulation for Shale Gas Reservoir, 7th International Conference & Annual Meeting of the International Society for Porous Media, invited speaker, 2015
16. Key mechanical issues in the development of shale gas by well factory Model, the 517th Xiangshan Academic Conference (China's highest level academic conference), plenary speaker, 2014
17. Simulation and application of shale gas in digital core using lattice Boltzmann method, Annual Meeting of numerical porous media of King Abdullah University of Science and Technology, plenary speaker, 2014
18. Unconventional resources can go further with digital core technologies, The Second International Workshop on Digital Core Analysis Technology, plenary speaker, 2014
19. Multi-scale flow mechanism and flow simulation of shale gas, the 12th National Conference on Fluid Mechanics in Porous Media, plenary speaker, 2013
20. Fluid flow simulation of fracture-vuggy reservoirs and application, Annual Meeting of International Centre of Carbonate Reservoirs, plenary speaker, 2012
21. Key mechanics problems in shale gas development, ‘Key Mechanics in Energy Utilization’ of the ‘Science and Technology Frontier Forum’ of the Academician Work Department of the Chinese Academy of Sciences, invited speaker, 2012
22. The application of digital core in unconventional oil and gas field, The Frist International Workshop on Digital Core Analysis Technology, plenary speaker, 2012
23. Flow mechanism and numerical simulation of production performance in shale gas reservoirs, SINOPEC 6th oil gas exploitation technical workshop, invited speaker, 2012
24. Multi-scale finite-element numerical simulation methods for reservoir, The 11th National Conference on Fluid Mechanics in Porous Media, plenary speaker, 2011
25. Reservoir monitoring methods and application based on reservoir production performance, SINOPEC 6th oil and gas development technical workshop, invited speaker, 2010
26. Flow modeling in fractured-vuggy carbonate reservoirs, the 10th National Conference on Fluid Mechanics in Porous Media, plenary speaker, 2009
27. Microscale flow modeling on pore scale, the 9th National Conference on Fluid Mechanics in Porous Media, plenary speaker, 2007