Name: LI Xiaolin (Ph.D.) |
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Title: Associate Professor |
Email: 291395457@qq.com |
Address: 219 Shui Gong Building |
Research Interests 1. Computational Mechanics 2. Engineering Mechanics |
Education 09/2018 –now, Post doctor in Geological Resources and Geological Engineering, College of Construction Engineering, Jilin University, China 09/2012 – 06/2015, Doctor in Solid Mechanics, School of Mechanical Science and Engineering, Jilin University, China 09/2009 – 06/2012 Master in Engineering Mechanics, College of Mechanics and Materials, Hohai University, China 09/2005 – 06/2009, Mechanical Engineering, College of Mechanical and Electrical Engineering, Hohai University, China |
Working Experience 09/2019-now, Associate Professor, College of Construction Engineering, Jilin University, China 07/2015-08/2019, Lecturer, College of Construction Engineering, Jilin University, China |
Representative Achievements Smoothed multiscale stochastic collocation method for flow in fractured rocks A smoothed multiscale stochastic collocation method （SMsSCM） was proposed to solve stochastic problems of fluid flow in heterogeneous fractured rocks. The basic idea of this method is to simplify the sto⁃ chastic problem into a series of deterministic problems at the collocation points based on the sparse grid stochastic collocation method， then construct multiscale basis functions using limited global information to demonstrate material heterogeneity and coupled relationship of fluid flow in porous and fractured media， and finally solve the coarse scale problem by reflecting the small scale heterogeneity on large scale materi⁃ al，with the adoption of gradient smoothing technique when assembling the coarse element correlation ma⁃ trix. Comparing with the traditional multiscale stochastic collocation method，SMsSCM transforms inner inte⁃gral of the interest domain into boundary integral without solving the continuous form and derivatives of thebasis functions when assembling the correlation matrix of coarse element. Correspondingly，the programminghas been simplified and the finite element system is fairly softened. The results indicate that SMsSCM is more accurate and efficient than the traditional multiscale stochastic collocation method.
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Publications 1. Zhou Liming,Li Ming,Chen Bingkun,Li Feng, Li Xiaolin*. An inhomogeneous cell-based smoothed finite element method for the nonlinear transient response of functionally graded magneto-electro-elastic structures with damping factors, Journal of Intelligent Material Systems and Structures, 2019, 30(3): 416-437（SCI) 2.Xiao Lin Li,Li Ming Zhou. An element-free Galerkin method for electromechanical coupled analysis in piezoelectric materials with cracks,advances in mechanical engineering,2017(9):1-11（SCI) 3. MENG Guang-wei，LI Xiao-lin，ZHOU Li-ming.Electromechanical Coupling Analysis of Functionally Graded Piezoelectric Plate Based on MEMsFEM, Journal of South China University of Technology ( Natural Science Edition)，2016，44(10) : 81-86．（EI）
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Projects 1. Jilin Provincial Department of Education Fund Project, Study on coupling failure mechanism of thermal protection composites based on multiscale method,JJKH20190131KJ，25K，01/2019-12/2021 2. Zhengzhou hydraulic machinery co., LTD，Research and development of non - standard hoisting equipment and non - standard hydraulic metal structure，3R2202044424 ,1100K , 01/2018-08/2023 |
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Awards and Prizes 1. Teaching Rookie of Jilin Province,2020.12 2. First prize of Lecture competition for young teachers of Jilin University,2020.09 3.Second Prize of the First Jilin Province Universitiy Intelligent Classroom Teaching Innovation Competition,2019.12 4. Excellent Instructor Award of National Zhou Peiyuan Competition on Mechanics for College Students,2019.07 5. First prize of the First Jilin Province Universitiy Speaking contest ,2019.04 |
Courses Undergraduate courses 1. Mechanics of Materials 2. theory of elasticity 3. Freshman Seminar Postgraduate courses 1. Continuum Mechanics 2. Finite Element Method in Civil Engineering |
