Title：Professor in Geotechnical Engineering

Email：wangcm@jlu.edu.cn

Research Interests：

1. Soil mechanics and soil improvement

2. Geological disasters and geological   environment restoration

3. Interaction of engineering structure and soil   mass

4. Environmental geotechnical engineering

Education：

1995-1999, PhD in Geological Engineering,   Changchun University of Science and Technology

1989-1992, Master in Hydrogeology, Changchun   College of Geology

1985-1989, Bachelor degree in Hydrogeology and   engineering geology, Changchun College of Geology

Professional Positions：

2004-，Professor in Geotechnical Engineering and   Geological Engineering, Jilin University

2000-2004，Associate professor in Geotechnical Engineering   and Geological Engineering, Jilin University

1997-2000，Lecturer in Hydrogeology and Engineering Geology,   Changchun University of Science and Technology

1994-1997, Lecturer in Hydrogeology and   Engineering geology, Changchun College of Geology

1992-1994, Teaching assistant in Hydrogeology and   Engineering geology, Changchun College of Geology

Publications：

1. Baohong Lv, Changming Wang*, Zefang Zhang,   Mingmin Zhang. Quantifying the strength of debris fow and analyzing the   vulnerability of a novel grille dam for debris flow, Natural Hazards(2024)   https://doi.org/10.1007/s11069-024-06822-8

2. Wang, Q., Wang, C*., Tang, H.et al.   Semi-supervised deep learning based on label propagation algorithm for debris   flow susceptibility assessment in few-label scenarios. Stochastic   Environmental Resarch and Risk Assessment (2024). https://doi.org/10.1007/s00477-024-02719-x

3. Wu, D; Wang, CM*; Liu, HL; Liu, XY; Wang, HL;   Wang, QY. Recycled polyester fiber reinforcing red mud-improved volcanic ash   as a sustainable construction material. CONSTRUCTION AND BUILDING MATERIALS   (2024), Volume 413, DOI:10.1016/j.conbuildmat.2023.134821

4. Tang, Haozhe；Wang, Changming*；An, Silong；Wang, Qingyu；Jiang, Chenglin. A Novel Heterogeneous Ensemble   Framework Based on Machine Learning Models for Shallow Landslide   Susceptibility Mapping. REMOTE SENSING (2023)， Volume 15， Issue 17， DOI：10.3390/rs15174159

5. Wu, D;Wang, CM*;Liu, XY.(2023)Effect of   freeze-thaw cycles on mechanical properties of compacted volcanic ash,   CONSTRUCTION AND BUILDING MATERIALS (2023), Vol.369, 130637, DOI   10.1016/j.conbuildmat.2023.130637

6. Wang, CM (Wang, Changming)*; Liu, HL(Liu,   Hailiang); Wu, D(Wu, Di); Liu, XY(Liu, Xiaoyang). Engineering and   environmental evaluation of red mud amended volcanic ash as a sustainable   subgrade material, JOURNAL OF CLEANER PRODUCTION (2023), Vol.393,136353,   DOI:10.1016/j.jclepro.2023.136353

7. Xiaoyang Liu, Changming Wang*, Hailiang Liu,   Di Wu, Heran Yang,· Zhimin Zhang,· Shengwu Qin. Shearing characteristics and shearing resistance mechanism   of volcanic soil with high vesicularity. Bulletin of Engineering Geology and   the Environment (2022) 81:408. https://doi.org/10.1007/s10064-022-02916-4

8. Songling Han· Changming Wang*· Xiaoyang Liu·   Bailong Li· Ruiyuan Gao· Shuo Li. A random algorithm for 3D modeling of solid   particles considering elongation, flatness, sphericity, and convexity.   Computational Particle Mechanics (2022), https://doi.org/10.1007/s40571-022-00475-9

9. Shuo Li, Changming Wang*, Suoyu Zhang, Tong   Li, Kaleem Ullah Jan Khan. Bound water characteristics and microstructure   evolution during uniaxial compression of mucky silty clay. Journal of Soils   and Sediments (2021), https://doi.org/10.1007/s11368-021-03102-x

10. Zhu Liang, Changming Wang*, Donghe Ma, and   Kaleem Ullah Jan Khan. Exploring the potential relationship between the   occurrence of debris flow and landslides. Nat. Hazards Earth Syst.   Sci.(2021), 21, 1247–1262, 2021 https://doi.org/10.5194/nhess-21-1247-2021

11. Wang, Changming. Soil Mechanicd (Second   version), Beijing: Geological Press，2015

12. Wang, Changming. Advanced Soil Mechanics,   Beijing: Geological Press，2013

Projects：

l. Deformation and strength characteristics of   volcanic debris flow accumulated soil and the mechanism of rainfall erosion   failure (41972267), NSFC, 202001-202312l

2. Control of mechanical behavior of soft clay   and its mechanism (41572257), NSFC, 201601-201912

3. Research on the erosion failure Mechanism of   Loess edge slope in Western Liaoning Province (40972171), NSFC, 201001-201212

4.Research on the Coupling Mechanism and Model of   Consolidation and Creep of Structural Soft Soil (40572153), NSFC,   200601-200812

Patents：

1. The invention relates to a rapid batch   preparation device for triaxial reshaped sample and a preparation method.   Patent No.: ZL 201910757201.9

2. Portable shallow soft soil undisturbed   sampling device and sampling method. Patent No.:ZL 20161054745.1

3. Soft clay combined with water determination   device and method. Patent No.: ZL 201610899966.2

4. Portable shallow soft soil undisturbed   sampling device and sampling method. Patent No.: ZL 20161054745.1

5. Based on the interaction of surface flow   erosion and rainfall, the debris flow source simulation device is started.   Patent number: ZL 201610504714.5

Honors and Awards：

1. "Excellence Award" for Teaching   Quality of Undergraduate Courses of Jilin University in 2017-2018 (2018,   First)

2. Advanced Individual of "Teaching and   Educating People" of Jilin University (2011,2018)

3. Excellent Doctoral Thesis Advisor of Jilin   Province (2021)

4. Teaching Demonstration Teacher of Jilin   University (2016)

5. Jilin Province Youth Science and Technology   Award (2000)

6. Youth Science and Technology Award of   Geological Society of China (Silver Hammer) (1999) 7. Excellent Young Teacher   of Changchun University of Geology (1994) )

Courses:

Undergraduate Courses: Soil Mechanics,   Geotechnical Analysis and Design, Foundation Engineering, Introduction to   Engineering Geology

Postgraduate Courses: Advanced Soil Mechanics,   Geological hazards and Prevention