Research Areas:

Computational Mechanics and Applied Mathematics: multiscale simulations, scientific computing

Researcher ID: http://www.researcherid.com/rid/B-2753-2010

Education:

1995 PhD in Applied Mathematics, HKUST, Hong Kong, Adviser: Prof Din-Yu Hsieh

1990-1992 MPhil Student, Mathematics Institute, Academia Sinica, Adviser: Prof Ling Hsiao

1990 BSc in Mathematics & BEng in EEE, University of Science and Technology of China

Working Experiences:

1997–    Department of Mechanics and Engineering Science, Peking Univ.

2018–2020    Head, Department of Mechanics and Engineering Science

2009–2013   Associate Dean, College of Engineering, Peking Univ.

2005–2009    Assistant Dean, College of Engineering, Peking Univ.

2005–2011   Adjunct Professor, Zhou Peiyuan Center for Applied Mathematics, Tsinghua Univ.

2004–2005     Visiting Associate / Visiting Assoc. Prof., Appl. & Comput. Math., Caltech

2000–2002     Researcher, Dept. of Math. & Stat., Univ. of Konstanz, Germany

1995–1997    Postdoctoral fellow, Math. Inst., Academia Sinica

Courses:

Calculus (I)                      97 fall – 21 fall, roughly every two years

Calculus (II)                    98 spring -22 spring, roughly every two years

Advance Calculus        22 fall

Linear Algebra                          11 fall, 21 fall, 23 fall

Advance Linear Algebra             22 spring

Ordinary Differential Equations  18 fall, 22 fall

Partial Differential Equations     23 spring

Applied Analysis                  02 fall – roughly every two years (In English, grad/undergrad)

Scientific Computing           07 spring – 21 spring, roughly every two years (In English, grad/undergrad)

Introduction to Machine Learning     20 fall

Numerical Methods               12 summer. (In English)

Multiscale Algorithms           12 fall (grad/undergrad)

Functional Analysis                99 spring, 02 spring. (In English)

Numerical PDE (I)(II)           05 spring (two quarters, Caltech, ACM210 a&b) . (In English)

Selected Publications

1. Ling Hsiao, and Shaoqiang Tang, Construction and Qualitative Behavior of Solutions of Perturbated Riemann Problem for the System of One-Dimensional Isentropic Flow with Damping, J. Diff. Eqs. 123(2):480-503(1995).

2. Din-Yu Hsieh, Shaoqiang Tang, Xiao-Ping Wang, and Li-Xin Wu, Dissipative Nonlinear Evolution Equations and Chaos, Studies in Applied Mathematics 101:233-266(1998).

3. Ansgar Juengel, and Shaoqiang Tang, Numerical approximation of the viscous quantum hydrodynamic model for semiconductors, Applied Numerical Mathematics, 56(7):899-915 (2006).

4. Shaoqiang Tang, Thomas Y. Hou, and Wing Kam Liu, Mathematical framework of bridging scale method,  Int J Numer Methods Engrg. 65(1):1688-1713 (2006).   

5. Shaoqiang Tang, A finite difference approach with velocity interfacial conditions for multiscale computations of crystalline solids, J Comput Phys.  227:4038-4062 (2008). 

6. Xianming Wang, and Shaoqiang Tang, Matching boundary conditions for diatomic chains, Computational Mechanics 46(6):813-826 (2010). 

7. Gang Pang, and Shaoqiang Tang. Approximate linear relations for Bessel functions. Communications in Mathematical Sciences 15(7):1967-1986 (2017). 

8. Shaoqiang Tang, and Yuping Ying, Homogenizing atomic dynamics by fractional differential equations, Journal of Computational Physics.346:539-551(2017).

9. Shaoqiang Tang, Lei Zhang, and Wing Kam Liu. From virtual clustering analysis to self-consistent clustering analysis: a mathematical study, Computational Mechanics 62(6):1443-1460 (2018).

10. Lei Zhang, Lin Cheng, Hengyang Li, Jiaying Gao, Cheng Yu, Reno Domel, Yang Yang, Shaoqiang Tang, Wing Kam Liu. Hierarchical deep-learning neural networks: finite elements and beyond, Computational Mechanics 66(1): 207-230 (2021).

Representative projects:

1.    National Natural Science Foundation of China (key project). “Clustering Analysis for Data-driven Multiscale Simulations”, PI, 2,800,000 RMB, 2019–2023.

2.    National Natural Science Foundation of China. “Finite Difference Approach for Multiscale Simulations”, PI, 780,000 RMB, 2013–2016.

3.    National Natural Science Foundation of China. “Multiscale Interfacial Conditions for Nonlinear Crystalline Solids”, PI, 360,000 RMB, 2009–2011.

4.    Ministry of Science and Technology (Special Funds for Major State Basic Research Project (973)). Key Problems and Important Applications of Nonlinear Sciences, Participant, 400,000 RMB, 2007–2011.

5.    Ministry of Education (New Century Excellent Talents in University). PI, 500,000 RMB, 2006–2009.

6.     National Natural Science Foundation of China. Numerical Study of Carrier Transport in Nano-scale Semiconductors”, PI, 250,000 RMB, 2005–2007.

Honors:

• 2022 Best Paper Award, TAML
• 2021 Hall of Fame in College Teaching: Beijing Municipal Government
• 2021 Advisor to Best PhD Thesis Awardee: Peking Univ.
• 2020 Best Teaching Team (Calculus): Peking Univ.
• 2016 ICACM Fellow Award: International Chinese Association of Computational Mechanics
• 2013 Teacher of Excellence Award: Beijing Municipal Government.
• 2009 Ten Best Teachers of Peking University Award: Students Union & Graduate Students Union of Peking Univ.
• 2008 Excellence of Teaching Award: Peking Univ.
• 2006 New Century Excellent Talents in University: Ministry of Education.
• 2002 Ten Best Teachers of Peking University Award: Students Union & Graduate Students Union of Peking Univ

Services:

• Chinese Society for Theoretical and Applied Mechanics, Board Member (2019-), Mechanics History and Methodology Committee (Chair 2019-), Science Dissemination Committee (Assoc. Chair 2019-)       
• International Chinese Association for Computational Mechanics, Executive Council (2007- )
• 2020-  Associate Editor-in-Chief, Theoretical and Applied Mechanics Letters
• 2020-  Editor, Journal of Multiscale Modelling
• 2018-  Editor, Multiscale Science & Engineering
• 2017-  Advisory Board, Computational Mechanics
• 2017-  Editor, Coupled Systems Mechanics