姓名：沙飞
职称/职务：副教授、硕士生导师
专业：海洋岩土工程
所在单位：中国海洋大学工程学院
联系电话：18764015021
电子信箱：shafei@ouc.edu.cn
[1] 2014.09-2018.06，山东大学，岩土工程，博士
[2] 2011.09-2014.06，济南大学，硕士
[3] 2007.09-2011.06，济南大学，学士
工作经历：
[1] 2020.12-至今，中国海洋大学，工程学院，副教授、硕士生导师
[2] 2018.07-2020.11，山东大学，土建与水利学院，岩土工程，博士后
研究方向：
[1] 富水软弱地下工程注浆理论、材料与技术；
讲授课程：
[1] 本科生课程：土木工程材料，工程结构II，土力学
[2] 研究生课程：深远海岛礁岩土工程，专业英语
[1] 2020.01-2022.12，国家自然科学基金青年项目，51909140，地下工程软弱砂土富水地层注浆加固机理研究，主持；
[2]2022.01-2024.12，山东省高校青创科技支持计划项目，2021KJ034，海上风机吸力式基础冲刷失效机理及灾变控制关键技术，主持；
[3] 2020.01-2022.12，中国科协青年人才托举工程，2019QNRC001，软基与岩土体加固和处理，主持；
[4] 2021.01-2023.12，中国海洋大学青年英才工程，862101013168，岛礁海底隧道富水破碎带注浆加固机理及围岩稳定性研究，主持；
[5] 2018.09-2020.12，中国博士后科学基金面上项目，2018M642658，富水砂层高效注浆材料及加固机理研究与应用，主持；
[6] 2024.10-2026.11，企业委托科研项目，横20240600，富水破碎不均地层极限坡度小转弯半径盾构掘进及稳定控制技术，主持；
[7] 2024.01-2025.10，企业委托科研项目，横20240137，长距离大纵坡砂泥岩互层盾构快速掘进关键技术研究，主持；
[8] 2023.06-2024.12，企业委托科研项目，横20230215，滨海淤泥质路段绿色抗裂路面结构稳定控制关键技术研究，主持；
[9] 2022.12-2023.12，企业委托科研项目，20220424，地下工程岩溶复合地层注浆理论及关键技术，主持；
[10] 2022.04-2023.12，企业委托科研项目，20220093，高速公路边坡光伏成套技术研究及示范科技项目，主持。
教学及学生培养：
[1] 2024年，指导1名研究生获国家奖学金、1名研究生获校级中加特奖学金，指导本科生国创项目1项；
[2] 2023年，指导2名研究生获国家奖学金、1名研究生获校级镭测创芯敏知奖学金，指导本科生国创项目1项；
[3] 2023年，全国高校土建类学科（专业）优秀学位论文（本科）二等奖指导教师、中国海洋大学本科毕业论文（设计）优秀指导教师；
[4]2022年，主持中国海洋大学本科教育教学研究项目；指导本科生国创项目1项、省创项目1项。
学术兼职：
[1] 中国岩石力学与工程学会水下隧道工程技术分会理事及秘书
[2] 中国岩石力学与工程学会青年工作委员会委员
[4] SCI期刊International Journal of Mining Science and Technology、Green Energy and Resources青年编委
[5] EI期刊Journal of Marine Environmental Engineering青年编委
[6] SCI期刊Applied Sciences、Mathematical Problems in Engineering、Materials客座主编
[7] 国际岩石力学与工程学会会员、国际声发射学会会员
[8] Constr. Build. Mater.、B. Eng. Geol. Environ.、Tunn. Undergr. Sp. Tech.、J. Mater. Civil. Eng.、ACI. Struct. J.等SCI期刊审稿专家
学术奖励及荣誉：
[1] 2024年第十八届振兴杯全国青年职业技能大赛创新创效竞赛（技术革新）银奖（导师）
[2] 2024年第二十届山东省青年职业技能竞赛银奖（导师）
[3] 2024年中国发明协会发明创业成果奖二等奖（第1）
[4] 2023年中国生产力促进中心协会生产力促进（创新发展）二等奖（第1）
[5] 2023年青岛市科技进步一等奖（第7）
[7] 2022年山东省青年创新团队带头人
[9] 2021年中国海洋大学青年英才工程
[10] 2020年中国科协第五届青年人才托举工程
[11] 2019年山东省优秀博士学位论文
[12] 2019年山东大学优秀博士学位论文
[13] 2018年山东大学特别资助类博士后
[14] 2016年山东省煤炭工业科学技术二等奖
主要学术成果：
发表SCI/EI论文50余篇，第一/通讯发表SCI 40篇、EI 3篇，第一/通讯发表中科院Top SCI 20篇，1篇入选“第四届中国有色金属优秀科技论文”。代表论文：
[1]Fei Sha*, Lanying Zhang, Minglong Zhang,et al.Penetration grouting diffusion and strengthening mechanism of sand layer with crucial grout. Journal of Building Engineering, 2024, 91: 109585. (SCI, Top, 6.7)
[2]Mingshuai Xi, Fei Sha*, Yuhang Zuo,et al.An investigation on traction for deep-sea mining vehicle considering the interference effect between adjacent grousers. Ocean Engineering, 2025, 318: 120174. (SCI, 1区, 4.6)
[3]Fei Sha, Mingshuai Xi, Zhijie Wen*,et al. A review on plumes generation and evolution mechanism during deep-sea polymetallic nodules mining. Ocean Engineering, 2024, 298: 117188. (SCI, 1区, 4.6)
[4] Fei Sha*, Hao Kong, Lanying Zhang, et al. Rheological properties of CEMI type microfine cement slurry with different fineness. Construction and Building Materials, 2023, 404: 133253. (SCI, Top, 7.4)
[5] Fei Sha, Mingshuai Xi, Xuguang Chen*, et al. A recent review on multi-physics coupling between deep-sea mining equipment and marine sediment. Ocean Engineering, 2023, 276: 114229. (SCI, 1区, 4.6)
[6] Fei Sha*, Rui Fan, Shijiu Gu, et al. Strengthening effect of sulphoaluminate cementitious grouting material for water-bearing broken rocky stratum. Construction and Building Materials, 2023, 368: 130390. (SCI, Top, 7.4)
[7]Fei Sha*, Meng Bu, Rui Fan,et al.Development and application of novel microfine cement-based grout. Case Studies in Construction Materials, 2024, 20, e03167. (SCI, 2区, 6.5)
[8] Fei Sha, Guoxi Fan*. Durability of a novel effective microfine cementitious grouting material in corrosion environments. Construction and Building Materials,2021, 306: 124842. (SCI, Top, 7.4)
[9] Fei Sha*, Naiyin Yang, Quanfeng Wang,et al.Propertyand applicabilityof shield grouting material: State of the art and perspectives. Case Studies in Construction Materials, 2025, 22, e04137. (SCI, 2区, 6.5)
[10] Fei Sha, Qing Jin*, Peng Liu. Development of effective microfine cement-based grouts (EMCG) for porous and fissured strata. Construction and Building Materials,2020, 262: 120775. (SCI, Top, 7.4)
[11] Fei Sha, Haiyan Li*, Deng Pan, et al. Development of steel slag composite grouts for underground engineering. Journal of Materials Research and Technology, 2020, 9 (3): 2793-2809. (SCI, Top, 6.2)
[12] Fei Sha*, Chunjin Lin*, Zhaofeng Li, et al. Reinforcement simulation of water-rich and broken rock with Portland cement-based grout. Construction and Building Materials, 2019, 221: 292-300. (SCI, Top, 7.4)
[13] Fei Sha, Shucai Li*, Rentai Liu, et al. Performance of typical cement suspension-sodium silicate double slurry grout. Construction and Building Materials, 2019, 200: 408-419. (SCI, Top, 7.4)
[14] Fei Sha, Shucai Li*, Rentai Liu, et al. Experimental study on performance of cement-based grouts admixed with fly ash, bentonite, superplasticizer and water glass. Construction and Building Materials, 2018, 161: 282-291. (SCI, Top, 7.4)
[15] Fei Sha, Peng Liu*. Development of high-performance microfine cementitious grout with high amount of fly ash, silica fume and slag. Journal of Materials in Civil Engineering-ASCE, 2021, 33(10): 04021270. (SCI, 3.1)
[16] Fei Sha*, Shijiu Gu, Jingze Xu, et al. Study on cementitious grout for scour protection of offshore wind turbine foundations. Marine Georesources & Geotechnology, 2024, DOI: 10.1080/1064119X.2024.2411728. (SCI, 2.0)
[17] Fei Sha*, Hongying Niu, Kairui Yang, et al. A review on water jet-sediment coupling and critical techniques during deep-sea polymetallic nodules collection. Marine Georesources & Geotechnology, 2024, DOI: 10.1080/1064119X.2024.2429144. (SCI, 2.0)
[18] Fei Sha, Shucai Li, Rentai Liu*, et al. Effects of fineness on viscoelasticity of microfine cement-based grouts with fly ash, silica fume and superplasticizer. Advances in Cement Research, 2018, 30(10): 469-481. (SCI, 1.4)
[19] Fei Sha, Dongyu Xu*, Xin Cheng, et al. Mechanical sensing properties of embedded smart piezoelectric sensor for nondestructive evaluation of concrete structures. Research in Nondestructive Evaluation, 2021, 32(2): 88-112. (SCI, 1.0)
[20] 沙飞, 李术才, 林春金*, 等. 砂土介质注浆渗透扩散试验与加固机制研究. 岩土力学, 2019, 40(11), 4259-4269. (EI)
授权国家发明专利35项、实用新型4项，第一位授权国家发明专利22项、实用新型2项，第一位授权美国专利1项，代表专利：
[1] 高温富水软弱地层隧道帷幕注浆开挖模型试验装置与方法, ZL 202210407400.9 (第1，发明授权)
[2] 高水压盾构隧道壁后注浆及管片上浮模型试验装置与方法, ZL 202210407389.6 (第1，发明授权)
[3] 富水软土高压大直径盾构同步单液注浆浆液及工艺与应用, ZL 202111677541.4 (第1，发明授权)
[4] 高水压超大直径水下盾构隧道双液注浆浆液及工艺与应用, ZL 202111677537.8 (第1，发明授权)
[5] 富水砂层注浆扩散加固模拟及渗透系数试验装置与方法, ZL 202111618514.X (第1，发明授权)
[6] 岛礁富水钙质砂土地层注浆模拟及渗透性试验装置与方法, ZL 202111618648.1 (第1，发明授权)
[7] 高地压饱海水裂隙网络岩层注浆封堵与失稳模型试验装置, ZL 202211340379.1 (第1，发明授权)
[8] 预加水平应力、诱导劈裂及定域联合注浆加固装置与工艺, ZL 202211336301.2 (第1，发明授权)
[9] 海上风机基础冲刷灾害注浆防护模型试验装置与试验方法, ZL 202211191807.9 (第1，发明授权)
[10] 用于富水破碎岩层动水注浆加固模型试验装置及试验方法, ZL 202111618366.1 (第1，发明授权)
[11] 一种海底采矿车沉陷探测及主动脱困装置与方法, ZL 202210407284.0 (第1，发明授权)
[12] 多向调节及羽状流防控复合式海底采矿采集装备, ZL 202211190949.3 (第1，发明授权)
[13] 用于岛礁的碱激发全固废海水海砂珊瑚混凝土及制备工艺, ZL 202211435440.0 (第1，发明授权)
[14] 一种深海采矿车推力智能优化装备及方法, ZL 202410165215.2 (第1，发明授权)
[15] 一种低扰动自适应地形的深海富钴结壳采矿车, ZL 202410189958.3 (第1，发明授权)
[16]深海机械手与水力采集一体化智能悬浮式采矿装备, ZL202410165374.2 (第1，发明授权)
[17] 一种改性温拌橡胶沥青及制备方法, ZL 202311623897.9 (第1，发明授权)
[18] 一种基于热干化的深海采矿尾水泥资源化利用的方法, ZL202410165301.3 (第1，发明授权)
[19] 一种海上风电基础防冲刷与养殖网箱集成装置及方法, ZL202310418668.7(第1，发明授权)
[20] 一种泥水盾构渣土全粒径资源化利用方法, ZL202410165250.4 (第1，发明授权)
[21] 一种海底采矿车海泥发电应急行驶装备及方法, Z202310418701.6 (第1，发明授权)
[22] 深海CO2射流采矿的海底碳封存装备及方法，ZL202311545613.9（第1，发明授权）
[23] 用于富水砂层注浆治理的高效超细水泥基复合注浆材料、制备工艺及应用, ZL 201710919736.2 (第2，发明授权)
[24] 一种用于微裂隙及粉细砂土注浆治理的高性能超细水泥基注浆材料及其应用, ZL 201710937815.6 (第2，发明授权)
[25] 一种用于漂浮城市的人工模拟土壤及制备方法, ZL 202310805637.7(第2，发明授权)
[26] 岛礁种植的深海沉积物改良农作物土、制备方法及改良剂, ZL 202310805641.3 (第2，发明授权)
[27] 一种改性橡胶再生沥青混合料及其制备方法, ZL 202311623901.1 (第2，发明授权)
[28] 用于岛礁软弱地层注浆加固的组合钻注管及施工方法, ZL202110800328.1 (第3，发明授权)
[29] 一种植物纤维毯及安置结构, ZL 202220845585.7 (第1，实用新型授权)
[30] 一种用于隧道与地下工程的钢石板复合结构及安装结构, ZL 202220845736.9 (第1，实用新型授权)
Name: SHA Fei
Title: Associate Professor
Research Fields: Marine Geotechnical Engineering
Department: College of Engineering
Address: Engineering College, Ocean University of China, No. 1299 Sansha Road, New Xihaian District, Qingdao, P. R. China, 266404
Phone: 18764015021
E-mail: shafei@ouc.edu.cn
[1] 2014.09-2018.06, Shandong University, Geotechnical engineering, PhD
[2] 2011.09-2014.06, University of Jinan, Master
[3] 2007.09-2011.06, University of Jinan, Bachelor
[1] 2020.12-now, Ocean University of China, College of Engineering, Associate Professor
[2] 2018.9-2020.11, Shandong University, School of Civil Engineering, Geotechnical Engineering, Postdoctor
Research Interests / responsibilities
[1] Grouting control theory, material and technology for water-rich and weaken strata in underwater shield tunnel and underground engineering;
[2] Efficient and low-disturbance deep-sea mining theory and subsea engineering equipment and technology.
Welcome the young students who love scientific research and are interested in the above fields to join us!
[1] 2020.01-2022.12, NSFC, 51909140, Research on Grouting Reinforcement Mechanism of Water-rich Strata in Soft Sand, in charge.
[2] 2022.01-2024.12, Shandong Provincial University Youth Innovation Science and Technology Support Program, 2021KJ034, Scouring Failure Mechanism and Control Key Technologies for Suction Foundation of Offshore Wind Turbine, in charge.
[3] 2020.01-2022.12, Young Talent Support Project of China Association for Science and Technology, 2019QNRC001, Soft Foundation and Rock Mass Reinforcement and Treatment, in charge.
[4] 2021.01-2023.12, Young Elite Project of Ocean University of China, 862101013168, Grouting Reinforcement Mechanism and Surrounding Rock Stability of Water-rich Broken Zone of Subsea Tunnel, in charge.
[5] 2018.09-2020.07, China Postdoctoral Science Foundation General Project, 2018M642658, Research and Application of High-efficiency Grouting Material and Reinforcement Mechanism for Water-rich Sand Layer, in charge.
[6] 2024.10-2026.11, Company Commissioned Research Project, 20240600, Shield Tunneling and Stability Control Technologies for Water-rich Broken Uneven Strata UnderLimited Slope and Turning Radius Conditions, in charge.
[7] 2024.01-2025.10, Company Commissioned Research Project, 20240137, Rapid Shield Excavation Key Technologies for Long-distance,Large Longitudinal Slope and Sandstone-mudstone Interbedded Strata, in charge.
[8] 2023.06-2024.12, Company Commissioned Research Project, 20230215, Key Control Technology of Structural Stability of Green Anti-crack Pavement in the Coastal Silt Roads, in charge.
[9] 2022.12-2023.12, Company Commissioned Research Project, 20220424, Grouting Theory and Key Technology for Karst Complex Stratum in Underground Engineering, in charge.
[10] 2022.04-2023.12, Company Commissioned Research Project, 20220093, Highway Slope Photovoltaic Technology Research and Demonstration Technology, in charge.
Academic Achievements, Awards and Honors
[1] The Second Prize of China Invention Association Invention and Entrepreneurship Achievement Award in 2024(Ranked 1st)
[2] The Second Prize of China Productivity Promotion (Innovation and development) Award in 2023 (Ranked 1st).
[3] The First Prize of Qingdao City Science and Technology Progress Award in 2023 (Ranked 7th).
[4] The Second Prize of China Society of Highway and Road Science and Technology Award in 2022 (Ranked 1st).
[5] The Second Prize of Qingdao City Science and Technology Progress Award in 2021 (Ranked 1st).
[6] Leader of Shandong Province Youth Innovation Team in 2021.
[7] Young Talents Project of the Ocean University of China in 2021-2025.
[8] The Fifth China Association for Science and Technology Young Talent Promotion Project (2019-2021).
[9] Excellent Doctoral Dissertation of Shandong Province in 2019.
[10] Excellent Doctoral Dissertation of Shandong University in 2019.
[11] Special Supporting Post-doctor, Shandong University, 2018.
Major Publication
[1] Mingshuai Xi, Fei Sha*, Yuhang Zuo,et al.An investigation on traction for deep-sea mining vehicle considering the interference effect between adjacent grousers. Ocean Engineering, 2025, 318: 120174. (SCI, 1区, 4.6)
[2] Fei Sha*, Lanying Zhang , Minglong Zhang,et al.Penetration grouting diffusion and strengthening mechanism of sand layer with crucial grout. Journal of Building Engineering, 2024, 91: 109585. (SCI, Top, 6.4)
[3] Fei Sha, Mingshuai Xi, Zhijie Wen*,et al. A review on plumes generation and evolution mechanism during deep-sea polymetallic nodules mining. Ocean Engineering, 2024, 298: 117188. (SCI, 1区, 5.0)
[4] Fei Sha*, Hao Kong, Lanying Zhang, et al. Rheological properties of CEMI type microfine cement slurry with different fineness. Construction and Building Materials, 2023, 404: 133253. (SCI, Top, 7.4)
[5] Fei Sha, Mingshuai Xi, Xuguang Chen*, et al. A recent review on multi-physics coupling between deep-sea mining equipment and marine sediment. Ocean Engineering 2023, 276: 114229. (SCI, Top, 5.0)
[6] Fei Sha*, Rui Fan, Shijiu Gu, et al. Strengthening effect of sulphoaluminate cementitious grouting material for water-bearing broken rocky stratum. Construction and Building Materials, 2023, 368: 130390. (SCI, Top, 7.4)
[7] Fei Sha, Guoxi Fan*. Durability of a novel effective microfine cementitious grouting material in corrosion environments. Construction and Building Materials,2021, 306: 124842. (SCI, Top, 7.4)
[8] Fei Sha, Qing Jin*, Peng Liu. Development of effective microfine cement-based grouts (EMCG) for porous and fissured strata. Construction and Building Materials,2020, 262: 120775. (SCI, Top, 7.4)
[9] Fei Sha*, Chunjin Lin*, Zhaofeng Li, et al. Reinforcement simulation of water-rich and broken rock with Portland cement-based grout. Construction and Building Materials, 2019, 221: 292-300. (SCI, Top, 7.4)
[10] Fei Sha, Shucai Li*, Rentai Liu, et al. Experimental study on performance of cement-based grouts admixed with fly ash, bentonite, superplasticizer and water glass. Construction and Building Materials, 2018, 161: 282-291. (SCI, Top, 7.4)
