教育/工作背景

讲师，岩土工程，东南大学

2019.12   ~ 至今

特任研究员，岩土工程，东京大学

2018.10 ~2019.11

博士学位，岩土工程，东京大学

2015.10   ~ 2018.09

硕士学位（双学位），岩土工程，德島大学

2013.10   ~ 2015.08

硕士学位，地质工程，同济大学

2012.09   ~ 2015.03

学士学位，地质工程，中南大学

2008.09   ~ 2012.06

主持/参与科研项目

（1）含裂隙低渗透地层渗透性能与非水相污染物时空传输特征，国家重点研发计划课题，主要参与人，2021.1~2024.12

（2）水泥土加固提升软土地基中桩基水平承载与抗震性能的机制与设计方法，国家自然科学基金面上项目，主要参与人，2021.1~2024.12

（3）基于声发射技术的改良砂剪切力学行为微观揭示，东南大学中央基本科研业务费资助项目，项目负责人，2020.1~ 2021.12

（4）水泥改良砂剪切带三维可视化研究，东南大学中央基本科研业务费资助项目，项目负责人，2020.4~ 2020.12

（5）地盤材料のせん断破壊現象を対象とした高精度AE測定による微視的メカニズムの解明(16K14301) (译：高精度声发射测量装置在岩土材料剪切破坏微观机理探明中的应用)，主要参与人，2015.10 ~ 2019.11

（6）岩体结构面蠕变特性与长期强度特性的综合研究，国家自然科学基金 (41072203)，主要参与人， 2012.09 ~ 2015.03

（7）静電容量式センサによる浸水・空洞化モ二タリングと空洞化危険度指標の提案(25420506) (译：基于静电容量式传感器的地下浸水空洞化安全风险监控研究)，主要参与人，2013.10 ~ 2015.08

发表学术论文

SCI 检索 (* 通讯作者)

lLin Wenli*, Mao Wuwei, Liu   Ang, Koseki Junichi. Application of an Acoustic Emission Source Tracing   Method to Visualize Shear Banding in Granular Materials.Géotechnique (DOI:   https://doi.org/10.1680/jgeot.19.P.260)

lLin Wenli*, Liu Ang, Mao Wuwei,   Koseki Junichi. Acoustic Emission Characteristics of a Dry Sandy Soil   Subjected to Drained Triaxial Compression.Acta Geotechnica, 2020, 15: 2493–2506.

lLin Wenli*, Liu Ang, Mao Wuwei,   Koseki Junichi. Acoustic Emission Behavior of Granular Soils with   Various Ground Conditions in Drained Triaxial Compression Tests.Soils and Foundations,2020,   60(4):929-943.

lLin Wenli*, Liu Ang, Mao Wuwei. Use of   Acoustic Emission to Evaluate the Micro-Mechanical Behavior of Sands in   Single Particle Compression Tests.Ultrasonics,   2019, 99:105962.

lLiu Ang, Lin Wenli*, Jiang Jingcai. Laboratory   and Constitutive Analysis of Relaxation Tests forTime-Dependent Properties of   Discontinuities. Construction and   Building Materials, 2019, 227(10):116688.

lLiu Ang, Lin Wenli*, Jiang Jingcai.   Investigation of the Long-term Strength Properties of a Discontinuity by   Shear Relaxation Tests. Rock mechanics   and rock engineering, 2020, 53(2): 831-840.

lMAO Wuwei, YANG Yang, LIN Wenli. “An Acoustic Emission   Characterization of the Failure Process of Shallow Foundation Resting on Sandy   Soils”. Ultrasonics. 2019 (93):   107-111.

lMAO Wuwei, YANG Yang, LIN Wenli,   Aoyama Shogo, & Towhata Ikuo. “High Frequency Acoustic Emissions Observed   during Model Pile Penetration in Sand and Implications for Particle Breakage   Behavior”. International Journal of Geomechanics, 2018.18(11), 04018143.

lLIU Ang, TIAN Guanghui, LIN Wenli, JIANG Jingcai. “Shear   Relaxation Characteristics of Rock Joints under Stepwise Loadings”. Comptes Rendus Mécanique. 2018.346(12):1179-1191.

EI / ESCI   检索

lLIN Wenli*, UENO Katsutoshi, SHEN Mingrong, UZUOKA Ryosuke, & SUZUKI Hisashi. “Development of Capacitance Displacement Monitoring   System and Its Performance Tests”. International   Journal of Geomate. 2016,10 (21):1956-1963.

lLIN Wenli*, MAO Wuwei, KOSEKI Junichi, & LIU Ang. “Frequency Response of   Acoustic Emission to Characterize Particle Dislocations in Sandy Soil”.   In GeoShanghai International Conference (pp. 689-697).   Springer, Singapore. 2018, May.

lLIN Wenli*, MAO Wuwei, KOSEKI Junich. “Acoustic Emission   Technology to Investigate Internal Micro-Structure Behaviour of Shear Banding   in Sands.” Advances in Laboratory   Testing and Modelling of Soils and Shales. Springer, Cham. 2017.

lYANG Junde, LIN Wenli, WANG Yuan “Research on   the Design of Diamond Size in Diamond Drill Bits and Diamond Saw Blades”. 2011 International Conference on   Mechanical Engineering, Materials and Energy. ISSN: 1660-9336, TRANS TECH   Publications. 2011:148-149.

会议论文

lLIN Wenli*, KOSEKI Junichi, MAO Wuwei. “Acoustic Emission   Response During Shear Band Formation in Triaxial Compression Test on Sand”. The 71st Japan National Conference on   Civil Engineering. Sep. 2016.

lLIN Wenli*, UENO Katsutoshi, SHEN Mingrong, UZUOKA Ryosuke,   & SUZUKI Hisashi. “Evaluation of Linear Capacitance Displacement   Transducer”. The 49th Japan National   Conference on Geotechnical Engineering. 2014.07, pp.1857-1858.

lLIU Ang, TOKUNAGA Tomochika, ZHANG Peng, &LIN Wenli. “Investigation on the correlation of Relaxation   behaviors and Long-term Strength”. Japan   society of engineering geology. Oct. 2018, Sapporo.

lLIU Ang, JIANG Jingcai, LIN Wenli,&   ZHU Jun.   “Shear stress relaxation properties of discontinuities under different stress   and JRC”. The 4th International Forum   on Advanced Technologies IFAT. 2018.03, p1-06.