◎研究方向
(1) 水力壓裂、井壁穩定；
(2) 地應力、岩石物理、油氣井工程力學；
(3) 石油工程大數據；

◎學術兼職
SPE會員
國際岩石力學協會會員
中國岩石力學協會會員

◎指導研究生
2017級：汪誌璿；
2018級：徐瀟月；
2019級：趙清源；
2020級：葛曉鑫；
2021級：韓磊（博士生）；
歡迎石油工程、力學、數學、岩土工程、計算機等相關專業學生報考碩士研究生！

◎承擔科研課題
主持和參與部分項目清單介紹如下：
[1] 致密儲層水平井定麵射孔水力壓裂裂縫起裂與擴展機理（51704324），國家自然科學基金青年基金，2018.1—2020.12，主持
[2] 頁岩氣儲層注CO2增產開發的流-固耦合作用機理（2016ZRE28133），山東省自然科學基金，2016.12—2018.11，主持
[3] 海水基壓裂返排液超聲波降解機製及關鍵技術（GG201809250165），山東省重點研發計劃，2019.1—2020.12，主持
[4] 頁岩氣超臨界CO2鑽井水平井井壁穩定性研究（17CX02040A），學校自主創新項目，2017.1—2019.12 ，主持
[5] 頁岩氣儲層水平井重複壓裂力學機理研究（YJ20170044），人才引進經費，2018.1—2020.12，主持
[6] 富有機質頁岩微觀力學性質表征理論與方法，教育部重點實驗室開放基金，2020.10-2022.10，主持
[7] 五峰-龍馬溪組頁岩基於岩屑的可壓裂性地質評價方法研究，國家重點實驗室開放基金，2017.10—2018.10，主持
[8] 海洋深水油氣安全高效鑽完井基礎研究，國家973項目子課題（2015CB251200），2015.1-2019.8，參與
[9] 砂礫岩致密油示範區有利儲層優選及建模，國家重大專項（2017ZX05070），2017.10-2020.6 ，參與
[10] 頁岩油流動機理與開發優化的基礎理論研究，石油化工聯合基金重點項目（U1762213），2018/01-2021/12，參與
[11] 麵向井間連通性的可演化物理導向網絡模型研究，國家自然科學基金麵上基金，2022.1—2025.12，參與
[12] 低滲透油藏壓驅裂縫擴展規律及提高采收率機理研究，企事業橫向課題，2020.8—2021.8，主持
[13] 靖西深層致密碳酸鹽岩加砂壓裂裂縫係統實驗研究，企事業橫向課題，2018.9—2019.9，主持
[14] 安塞杏河區塊特低滲油藏中高含水期堵水調驅寬帶壓裂技術研究，企事業橫向課題，2018.9—2019.9，主持
[15] 臨興地區地質工程一體化技術研究，企事業橫向課題，2021.10-2022.12，主持
[16] 頁岩氣水平井重複壓裂模型構建與應力場模擬，企事業橫向課題，2020.6—2020.12，主持
[17] 深水地層鑽井三壓力預測理論研究及軟件開發，企事業橫向課題，2017.9—2018.12，主持
[18] 低滲礫岩儲層水平井重複壓裂真三軸實驗，橫向課題，企事業橫向課題，2020.9—2021.06，主持
[19] 深層頁岩壓裂基礎試驗（岩石力學、裂縫導流、支撐劑運移等），企事業橫向課題，2021.2-2021.12，主持
[20] 水基鑽井液浸泡下的頁岩力學參數變化規律研究，企事業橫向課題，2020.7-2020.12，主持
[21] 複雜超深井井岩石力學和地應力聯測實驗研究，企事業橫向課題，2019.6-2020.6，主持

◎論文
[1]Xian Shi, Min Wang, Dianshi Xiao, et al. A comprehensive fracability evaluation of the glutenite formation in the Mahu Sag, China. Petroleum Science. (2022). SCI一區.
[2]Xian Shi, Shu Jiang, Liu Yang, et al. Modeling the viscoelasticity of shale by nanoindentation creep tests. International Journal of Rock Mechanics and Mining Sciences. 127(2020):104210. SCI一區.
[3]Xian Shi, Lei Han, Qiaorong Han, et al., Experimental near-wellbore hydraulic fracture initiation and growth for horizontal wells with in-plane perforations. Journal of Natural Gas Science and Engineering. 95 (2021) 104224. SCI二區.
[4]Xian Shi, Xiaoxin Ge, Yanming Zhang, et al., Experimental study on hydraulic fracture propagation behavior on dolomite rocks with open-hole completion. Journal of Petroleum Science and Engineering. (2022) SCI二區.
[5]Xian Shi, Haoyong Huang, Bo Zeng, et al., Fracture cluster spacing optimization with hydraulic fracturing-reservoir simulation modeling in shale gas reservoir. Geomechanics and Geophysics for Geo-Energy and Geo-Resources. (2022) SCI二區.
[6] Xian Shi, Xuefeng Yang, Wenhan Yue, et al. Experimental investigation on the creep behaviors of shale using nanoindentation technique and fractional constitutive models. Journal of Petroleum Science and Engineering. 215(2022) 110520. SCI二區.
[7]Xian Shi, Yong Qin, Hongxing Xu, et al., Numerical simulation of hydraulic fracture propagation in conglomerate reservoirs. Engineering fracture mechanism. 248（2021）107738. SCI二區.
[8]Xian Shi, Weiqiang Song, Tiankui Guo, et al., The impact of variable density in-plane perforations on fracture propagation and complexity control in the horizontal well. Journal of Petroleum Science and Engineering. 212(2022)110211. SCI二區.
[9]Xian Shi, Shu Jiang, Zhixuan Wang, et al. Application of nanoindentation technology for characterizing the mechanical properties of shale before and after supercritical CO2 fluid treatment. Journal of CO2 Utilization. 2020.37:158-172. SCI二區.
[10]Xian Shi, Shu Jiang, Shuangfang Lu, et al. Investigation of mechanical properties of bedded shale by nanoindentation tests: A case study on Lower Silurian Longmaxi Formation of Youyang area in southeast Chongqing, China. Petroleum Exploration and Development, 2019,46(1):163-172. SCI二區.
[11]Xian Shi, Weidong Zhang, Hongxing Xu, et al. Experimental study of hydraulic fracture initiation and propagation in unconsolidated sand with the injection of temporary plugging agent. Journal of Petroleum Science and Engineering. 190(2020)106813. SCI二區.
[12]Xian Shi, Min Wang, Zhixuan Wang, et al. A brittleness index evaluation method for weak-brittle rock by acoustic emission technique, Journal of Natural Gas Science and Engineering. 95 (2021) 104160. SCI二區.
[13]Xian Shi, Zhiliang He, Yongmin Peng, et al. Loading rate effect on the mechanical behavior of shale in nanoindentation. Journal of Hydrogen Energy. 2019.44(13):6481-6490. SCI二區.
[14]Xian Shi, Jian Wang, Xinmin Ge, et al. A new method for shale brittleness evaluation in tight oil formation from conventional logs and petrophysical analysis. Journal of Petroleum Science and Engineering. 5(2017) 752-770.SCI三區.
[15]Xian Shi, Gang Liu, Yuanfang Cheng, et al., Brittleness index prediction in shale gas reservoirs based on efficient network models. Journal of Natural Gas Science and Engineering. 35 (2016) 673-685. SCI三區.
[16]Xian Shi, Jian Wang, Gang Liu, et al. Application of extreme learning machine in total organic carbon content prediction in organic shale with wire line logs. Journal of Natural Gas Science and Engineering. S. 33 (2016) 687-702. SCI三區.
[17]Xian Shi, Hongxing Xu, Liu Yang et al. Removal of drilling and completion fluids induced formation damage with combination of ultrasonic and chemical technology. Journal of Natural Gas Science and Engineering. 37 (2016) 471-478. SCI三區.
[18]Xian Shi, Yuanfang Cheng, Jun Cai, et al., The parametric analysis in the horizontal Stress Calculation Based on Numerical Inversion Method. Electronic Journal of Geotechnica Engineering.2013,18,5673-5684.
[19]Weidong Zhang, Xian Shi, Shu Jiang, et al. Experimental study of hydraulic fracture initiation and propagation in highly saturated methane-hydrate-bearing sands.79(2020)103338. Journal of Natural Gas Science and Engineering. SCI二區.
[20]Liu Yang, Xian Shi, Hongkui Ge, et al. The effect of microstructure and rock mineralogy on water imbibition characteristics in tight reservoirs. Journal of Natural Gas Science and Engineering, 34(2016) 1461-1471. SCI三區.
[21]Weiqiang Song, Xian Shi, Chunguang Wang, et al. Predicting the radial heat transfer in the wellbore of cryogenic nitrogen fracturing: insights into stimulating underground reservoir. Energy science and engineering. 2020,8:582-591. SCI三區.
[22]Liu Yang, Hongkui Ge, Xian Shi, et al. Experimental and numerical study of the relationship between water imbibition and salt ion diffusion in fractured shale reservoirs. Journal of Natural Gas Science and Engineering. 38(2017):283-297. SCI三區.
[23]Caiyun Xiao, Hongjian Ni, Xian Shi, et al., A fracture initiation model for carbon dioxide fracturing considering the bottom hole pressure and temperature condition. Journal of Petroleum Science and Engineering.184(2020):106541. SCI二區.
[24]Bing Bai, Hongjian Ni, Xian Shi, et al., The experimental investigation of effect of supercritical CO2 immersion on mechanical properties and pore structure of shale. Energy. 228（2021）120663. SCI一區收錄.
[25]Caiyun Xiao, Hongjian Ni, Xian Shi, et al., Unsteady model for wellbore pressure transmission of carbon dioxide fracturing considering limited-flow outlet. Energy. 239（2021）122289. SCI一區收錄.
[26]Caiyun Xiao, Hongjian Ni, Ruihe Wang, Hongjun Huo, Xian Shi, Mukun Li. Study on horizontal wellbore flow of supercritical carbon dioxide drilling. Applied Thermal Engineering.175(2020):115381. SCI二區.
[27]Mukun Li, Gang Wang, Weimin Cheng, Renjie Pu, Xian Shi. Study on horizontal wellbore flow of supercritical carbon dioxide drilling. Petroleum Exploration and Development, 2021,48(05):1-10. SCI二區.
[28]Songcai Han, Yuanfang Cheng, Qi Gao, Chuanliang Yan, Xian Shi. A fully coupled thermo-hydro-mechanical model with ice-water phase change for liquid nitrogen injection simulation. Journal of Petroleum Science and Engineering. 203(2021)108676. SCI二區.
[29]Songcai Han, Yuanfang Cheng, Qi Gao, Chuanliang Yan, Zhongying Han, Xian Shi Analysis of instability mechanisms of natural fractures during the approach of a hydraulic fracture. Journal of Petroleum Science and Engineering. 185(2020)106631.SCI二區.
[30]時賢，程遠方，蔣恕等，頁岩儲層裂縫網絡延伸模型及其應用.石油學報. 2014,35(6):1130-1137. EI收錄.
[31]時賢，程遠方，蔣恕等，頁岩微觀結構及岩石力學特征實驗研究.岩石力學與工程學報. 2014.33(2),3439-3445.EI收錄.
[32]時賢，程遠方，蔣恕等，缺失聲波條件下的頁岩儲層地應力測井解釋方法.天然氣工業. 2014.34(12):55-61 EI收錄.
[33]時賢，張凱奧，程遠方等，基於UFD理論的致密氣藏分段壓裂優化設計.特種油氣藏. 2016,23(1):87-91.中文核心.
[34]時賢，程遠方，常鑫等，頁岩氣水平井段內多簇裂縫同步擴展模型建立與應用.石油鑽采工藝. 2018.40(1):79-84.中文核心.
[35]時賢，程遠方，梅偉等，基於測井資料的地層孔隙壓力預測方法研究.石油天然氣學報. 2012,34(8):94-98中文核心.
[36]時賢，程遠方，袁征等，定向井破裂壓力預測方法及計算參數敏感性分析.科學技術與工程. 2012,12(31):8205-8209中文核心.
[37]時賢，程遠方，李友誌等，致密氣藏壓裂井產能預測方法研究.斷塊油氣田.2013,20(5):634-638.中文核心.
[38]時賢，李兆敏，劉成文等，稠油油藏多輪次蒸汽吞吐防砂後產能預測模型.油氣地質與采收率. 2012,19(4):56-59.
[39]時賢，李兆敏，張虎賁等，超重油溶解氣驅後轉驅提高采收率實驗.油氣地質與采收率. 2015,.22(1):98-101.中文核心.
[40] Xian Shi, Yuanfang Cheng, Jun Cai, et al., The parametric analysis in the horizontal Stress Calculation Based on Numerical Inversion Method. Electronic Journal of Geotechnica Engineering.2013,18,5673-5684. EI收錄.
[41]程遠方，時賢，李蕾等，考慮裂隙發育的碳酸鹽地層孔隙壓力預測新模型.中國石油大學學報(自然科學版). 2013,37(3):83-87.EI收錄.
[42]馮其紅，李東傑，時賢等，基於擴展有限元的水平井改進拉鏈式壓裂數值模擬.中國石油大學學報(自然科學版). 2019,43(2):105-112.EI收錄.
[43]程遠方，李友誌，時賢等，頁岩氣體積壓裂縫網模型分析及應用.天然氣工業. 2013,33(9):53-59.EI收錄.
[44]常鑫，程遠方，時賢等，水平井分段壓裂簇間應力作用分析.中國海上油氣. 2016, 28(02)：109-119. 中文核心.
[45]常鑫，程遠方，時賢等，定向射孔體積壓裂複雜裂縫擴展機理試驗研究.中國海上油氣. 2016, 28(02)：109-119. 中文核心.
[46]程遠方，董丙響，時賢, 等，頁岩氣藏三孔雙滲模型的滲流機理.天然氣工業,2012,32(09):44-47+130. EI收錄

◎專利
[1] 模擬水力壓裂裂縫和天然裂縫擴展影響的實驗裝置及方法.1/3.
[2] 一種利用大功率超聲波結合分支水平井熱采頁岩氣的工藝方法.1/4.
[3] 基於數字散斑和有限元技術的無損岩石力學測試裝置與方法.1/6.
[4] 一種通過支持向量機獲取全頁岩氣井段可壓性評價剖麵的方法.1/6.
[5] 一種全壽命周期頁岩氣儲層雙甜點三維可壓性評估方法.1/6.
[6] 一種基於微觀力學實驗的層理性頁岩儲層可壓性評估方法.1/7.
[7] 基於動態地應力和剩餘油特征的暫堵重複壓裂設計方法.1/6.
[8] 一種超聲波技術進行鑽完井廢液循環利用處理裝置與方法.1//8.
[9] 一種確定性裂縫建模和競爭粒子群算法的三維地應力場模擬方法.1/7.

◎學術交流
[1] Xian Shi, Wenbiao Huang, Shuangfang Lu et al. The Rock Mechanical Properties and Failure Behavior of Glutenite. YSRM2019 & REIF2019, 1-4 December 2019, Okinawa, Japan. 1/7
[2] Xian Shi, Dongjie Li, Yuanfang Cheng et al. The Numerical Simulation of Hydraulic Fracture Propagation with Competing Perforations at the Defining Plane. SPE Asia Pacific Oil and Gas Conference and Exhibition, 23-25 October, Brisbane, Australia. SPE191887. 排名1/5
[3] Xian Shi, Shu Jiang, Zhixuan Wang et al. The Application of Drilling Cutting to Evaluate the Fracability in Unconventional Shale Gas Resources. SPE/IATMI Asia Pacific Oil & Gas Conference and Exhibition. SPE196529. 排名:1/6.
[4] Xian Shi, Yuanfang Cheng, Xin Chang et al. A novel finite element technique with triangular gird for hydraulic fracture propagation simulation in reservoirs. 49th US Rock Mechanics/Geomechanics Symposium. San Francisco. 28 June-1 July, U.S.A.2014.6. ARMA Paper No.15-20. 排名:1/6.
[5] Xian Shi, Gang Liu, Shu Jiang et al. Brittleness Index Prediction from Conventional Well Logs in Unconventional Reservoirs using Artificial Intelligence.10th International Petroleum Technology Conference. Bangkok.Tailand.2016. 11. Paper No.16IPTC-P-1135.2016.11. EI收錄. 排名:1/6.
[6] Xian Shi, Liu Yang, Dongjie Li et al. Mechanical Characterization of Longmaxi Marine Shale by Nanoindentation. ARMS10-P-0167. ARMS 10th Asian Rock Mechanics Symposium. 29 OCT - 03 NOV 2018, Singapore. 排名:1/4
[7] Xian Shi, Dongjie Li Liu Yang et al. Fracture propagation in multi-lateral horizontal wells with zipper fracturing of non-uniform spacing. 52th US Rock Mechanics/Geomechanics Symposium. San Francisco. U.S.A.2018.6. ARMA Paper No.18-343. 排名:1/6.
[8] Xian Shi, Liang Zhang, Yuanfang Cheng et al. Pore structure and Mechanical Property Change of different rocks under nitrogen freezing.51th US Rock Mechanics/Geomechanics Symposium. San Francisco. U.S.A.2014.6. ARMA Paper No.17-212. 排名:1/6
[9] Xian Shi, Liu Yang, Qiaorong Han et al. Application of acoustic emission, anisotropy of acoustic velocity and palaeomagnetie technology to determine in-situ stress in tight sands. 2017 International Symposium on New Developments in Rock Mechanics and Geotechnical Engineering (NDRMGE 2017). Jeuju-Si. Korea. 排名:1/3.
[10] Xian Shi, Yuanfang Cheng, Menglai Li et al. Induced stress interaction during multi-stage hydraulic fracturing from horizontal wells using boundary element method. 2017 International Symposium on New Developments in Rock Mechanics and Geotechnical Engineering (NDRMGE 2017). Jeuju-Si. Korea. 排名:1/4.
[11] 時賢，祝東風，楊柳，等.注CO2提高頁岩氣采收率數值模擬研究.中國力學大會.2017.中國北京.排名:1/4.
[12] 時賢. 基於微納米技術的頁岩力學性質評價研究.中國微米納米技術學會首屆微納米表征與測量技術研討會.2021.8.四川成都.
[13] Liu Yang, Xian Shi, Hongkui Ge, et al. The Effects of Fracturing Fluid Imbibition on Fracture Conductivity in Tight Reservoirs. 51st U.S. Rock Mechanics/Geomechanics Symposium, 25-28 June, San Francisco, California, USA. 排名:2/8.
[14] Liu Yang, Xian Shi, Hongkui Ge, et al. Effects of Microfractures Properties on Stress-Dependent Permeability in Tight Oil Reservoirs. 52nd U.S. Rock Mechanics/Geomechanics Symposium, 17-20 June, Seattle, Washington. USA. EI收錄.排名:3/7.
[15] Xin Chang, Xian Shi, Yuanfang Cheng et al. The fully coupled fluid flow and Geo-Mechanics model for simulating simultaneous multiple hydraulic fracture propagation for horizontal wells. 49th US Rock Mechanics/Geomechanics Symposium. San Francisco. U.S.A.2014.6. ARMA Paper No.15-607. 排名:2/6.
[16] Liu Yang, Hongkui Ge, Xian Shi et al. New Method to Differentiate Between Matrix and Micro-Fractures Using Diffusion Data in Gas Shale. ARMA-2017-0553. 51st U.S. Rock Mechanics/Geomechanics Symposium, 25-28 June, San Francisco, California, USA. 排名:2/6.
[17] Shu Jiang, Zhengyu Xu, Xian Shi et al. Tectonic Effects on Gas Accumulation, Production and Hydraulic Fracturing of the Lower Paleozoic Marine Shales on the Yangtze Platform in South China, AAPG Datapages/Search and Discovery. 2015 International Conference & Exhibition, Melbourne, Australia, September 13-16, 2015. 排名:3/4.
[18] 許洪星，時賢，冀明實，等.封隔器對頁岩氣水平井裸眼分段壓裂起裂壓力的影響. 2017年全國天然氣學術年會論文集. 浙江 杭州. 排名:2/3.

◎個人風采
時賢，男，2014年6月博士畢業於中國石油大學（華東）油氣井工程專業，國家工程實驗室高壓水射流研究中心骨幹成員，現為SPE會員，國際岩石力學協會和中國岩石力學協會會員。主要從事多尺度岩石力學表征、地質力學建模、非常規地質工程一體化壓裂設計、清潔/無水壓裂技術、井壁失穩、大數據石油工程應用等方麵的科研工作。在國內外知名SCI期刊和SPE等國際會議上發表科研論文80餘篇，曾主持和完成省部級和國家級課題5項；作為主要研究人員參與國家973項目、國家重大專項子課題，國家自然科學基金重點項目、國家自然科學基金石油化工聯合基金項目4項。擔任《天然氣工業》青年編委以及 Fuel、Journal of Petroleum Science and Engineering、Journal of Natural gas science and Engineering、Energy Science & Engineering、Engineering fracture mechanism、Journal of Mechanics、Geofluids、Arabian Journal of Geosciences、石油科學通報、天然氣地球科學、天然氣工業等23個SCI/EI期刊以及美國岩石力學協會年會會議論文的特約審稿人。相關研究成果已成功應用於長慶油田、勝利油田、渤海油田、江漢油田、西南油氣田、準噶爾南緣瑪湖等非常規油氣田和地區。