研究领域
井筒侵蚀与力学完整性
非通例致密储层水-岩相互作用及缝网形成
油井防砂与筛管冲蚀
科研团队先容及招生个性化需求
[1] 国家青年科学基金项目：压裂液作用下页岩储层的摩擦特征及其对缝网形成的影响（51504267），2016.1-2018.12，认真人
[2] “十三五” 及中恒久页岩气开发问题研究，国家能源局，2014-2015，研究主干
[3] “十二五” 国家科技重大专项子课题 “松散砂岩稠油油藏完井方法综合研究”，2011-2015，研究主干
[4] Investigation of Mechanochemical Corrosion in Oil and Gas industry，博士后课题，2013-2014，认真人
[5] Inhibition Mechanism in Under Deposit Corrosion, NalcoChampion-ICMT项目，2013-2014，研究主干
[6] 致密砂岩压裂裂痕延伸纪律模拟实验研究手艺开发，横向课题，2014.6-2015.12，认真人
[7] 海上热采井完井及长效防砂手艺研究，横向课题，2014-2015，研究主干
[8] LD5-2N油田热采井套管（CO2/H2S）侵蚀-热应力耦合强度设计与防腐研究，横向课题，2016-2017, 认真人
[7] 文昌9-2/9-3气田油套管超临界CO2侵蚀及防腐计划优化研究，横向课题，2014-2015，认真人
代表性研究效果
[1] Wei Yan, Bruce Brown, Srdjan Nesic. Investigation of the Threshold Level of H2S for Pitting of Mild Steel in CO2 Aqueous Solutions. NACE International 2018, Paper No.11472. (EI)
[2] Wei Yan, Lingzhan Zou, Hong Li, et al. Investigation of Casing Deformation during Hydraulic Fracturing in High Geo-stress Shale Gas Play[J]. Journal of Petroleum Science and Engineering. 150(2017): 22-29.(SCI)
[3] Wei Yan, Jianguo Chen, Jingen Deng, et al. Experimental test of Mode I Fracture Toughness on Sichuan Basin Gas Shale under Air Dried and Water Saturated Conditions. ARMA 2017, Paper No.363(EI)
[4] Wei Yan, Hongkui Ge,Jianbo Wang, et al. Experimental Study of the Friction Properties and Compressive Shearing Failure Behaviors of Gas Shale under the Influence of Fluids. Journal of Natural Gas Science and Engineering.2016, 33（2016）:153-161(SCI)
[5] Wei Yan, Zhu Peike, Deng Jingen. Corrosion Behaviors of SMSS 13Cr and DSS 22Cr in H2S/CO2-Oil-Water Environment. International Journal of Electrochemical Science,2016, 11 (2016) 9542-9558 (SCI)
[6] Wei Yan, Lei Guan, Yun Xu, Jin-Gen Deng. Numerical Simulation of the Double Pits Stress Concentration in A Curved Casing Inner Surface. Advances in Mechanical Engineering.2017，Vol.9 (1)1-7,(SCI)
[7] Wei Yan,Yong Xiang,Wenliang Li, et al. Downhole CO2 Partial Pressure Calculation and Tubing Material Selection-A Case Study of an Offshore Oil Field in the South China Sea. Anti-Corrosion Methods and Materials.2016, 63 (5):414-420. (SCI)