Last update: January 1, 2022
Contact: self@hanlindong.com
Background
Education
- 2017.3 ~ 2021.9
- 2019.2 ~ 2021.2
- 2014.9 ~ 2017.3
- 2010.9 ~ 2014.9
Tongji University, Civil Eng.
Ph.D.
University of Toronto, Civil Eng.
Joint Ph.D.
Tongji University, Architecture and Civil Eng.
M.Eng.
Tongji University, Civil Eng.
Bachelor
Employment
- 2021.9 ~ now
- 2015.9 ~ 2016.9
- 2011.9 ~ 2014.9
Shanghai Normal University
Assistant Professor
Tongji Architectural Design Institute (TJAD)
Intern - Structural engineer
Tongji Press
Intern - Editor on BIM
Research Interest
- Multi-story prefabricated and high-performance wood-based green building structures
- Seismic vabriation control and disaster resilience of structures
- Development of wind turbine infrustructures
- BIM and intelligent structural design
Publications
Journal Papers
Note: * represents corresponding author.- Hanlin Dong, Minjuan He*, Constantin Christopoulos, Zheng Li. Quasi-static tests and parametric simulations of hybrid steel frame and light wood shear walls with frictional dampers. Engineering Structures. 2021, 228, 111485. DOI (SCI Q1)
- Hanlin Dong, Minjuan He, Xijun Wang*, Constantin Christopoulos, Zheng Li, Zhan Shu. Development of a uniaxial hysteretic model for dowel-type timber joints in OpenSees. Construction and Building Materials. 2021, 288, 123112. DOI (SCI Q1)
- Zheng Li, Hanlin Dong, Xijun Wang, Minjuan He*. Experimental and numerical investigations into seismic performance of timber-steel hybrid structure with supplemental dampers. Engineering Structures. 2017, 151, 33-43. DOI (SCI Q1)
- Zheng Li*, Minjuan He, Hanlin Dong, Zhan Shu, Xijun Wang. Friction performance assessment of non-asbestos organic (NAO) composite-to-steel interface and polytetrafluoroethylene (PTFE) composite-to-steel interface: experimental evaluation and application in seismic resistant structures. Construction and Building Materials. 2018, 174, 272-283. DOI (SCI Q1)
- Minjuan He, Qi Luo, Zheng Li*, Hanlin Dong, Minghao Li. Seismic performance evaluation of timber-steel hybrid structure through large-scale shaking table tests. Engineering Structures. 2018, 175, 483-500. DOI (SCI Q1)
- Zheng Li, Xijun Wang, Minjuan He*, Wenchen Dong, Hanlin Dong. Seismic performance of timber-steel hybrid structures I: subassembly testing and numerical modeling. Journal of Structural Engineering ASCE. 2019, 144(10), 4019113. DOI (SCI Q2)
- Zheng Li, Xijun Wang, Minjuan He*, Hanlin Dong. Seismic performance of timber-steel hybrid structures II: calibration of performance objectives and design method. Journal of Structural Engineering ASCE. 2019, 144(10), 4019114. DOI (SCI Q2)
- Zhan Shu, Zhaozhuo Gan, Cheng Fang*, Gregory MacRae, Hanlin Dong, Yazhou Xie. Replaceable rotational viscoelastic dampers for improving structural damping and resilience of steel frames. Journal of Earthquake Engineering. 2021, online. DOI (SCI Q1)
- Zheng Li, Xijun Wang, Minjuan He, Jiajia Ou, Minghao Li, Qi Luo, Hanlin Dong. Structural Damage Evaluation of Multistory Timber-Steel Hybrid Structures through Shake Table Tests. Journal of Performance of Constructed Facilities. 2021, 35(1), 4020139. DOI (SCI Q3)
- Zheng Li, Fei Chen, Hanlin Dong, Minjuan He, Minghao, Li. Lateral performance of timber-steel hybrid shear wall with friction dampers under cyclic loading (in Chinese). Journal of Building Structures. 2020, 41(10), 1-10. (EI)
- Minjuan He, Qi Luo, Hanlin Dong, Zheng Li, Minghao, Li. Experimental study on seismic performance of steel frame and light-frame timber shear wall hybrid structure through shaking table tests (in Chinese). Journal of Building Structures. 2019, 40(9), 1-9. (EI)
- Minjuan He, Hanlin Dong, Zheng Li. State-of-the-art and key research topics of timber spatial structures (in Chinese). Building Structure. 2016, 12, 103-109. (CSCD)
- Yongliang Sun, Hanlin Dong, Tonghua Wang. Performance study on new insulating column foot of medium wave tower (in Chinese). Building Structure. 2016, 046(014), 59-63. (CSCD)
Conference Papers
Note: * represents conference presenter.- Hanlin Dong*, Zheng Li, Minjuan He, Qi Luo, Wenchen Dong. Experimental and numerical study on planar timber shear wall-steel frame hybrid structure with slotted-bolted dampers. Proceedings of the 15th World Conference on Timber Engineering, WCTE2018. Seoul, Korea, 2018, Paper No. S230. (2018.8.20 ~ 2018.8.23) (Young scientist award)
- Hanlin Dong*, Minjuan He, Constantin Christopoulos, Zheng Li. Parametric studies on the lateral performance of the hybrid steel frame – light wood shear wall structural system with slotted-bolted dampers. Proceedings of the 16th World Conference on Timber Engineering, WCTE2021. Santiago, Chile, 2021, Paper No. 79. (2021.8.9 ~ 2021.8.12) (EI)
- Hanlin Dong, Zheng Li*, Qi Luo, Minjuan He. Shake table tests on large-scale hybrid steel frame and timber shear wall system with slotted-bolted friction dampers. Proceedings of the 4th International Network on Timber Engineering Research, INTER2017. Kyoto, Japan, 2017, Paper No. 50-15-1. (2017.8.28 ~ 2017.8.31)
- Hanlin Dong, Christopoulos Constantin, Zheng Li, Minjuan He*. Damage-free seismic response of multi-story timber-steel hybrid structures with supplemental dampers. Proceedings of the 16th World Conference on Earthquake Engineering, WCTE2017. Santiago, Chile, 2017, Paper No. 3428. (2017.1.9 ~ 2017.1.13)
- Qi Luo, Hanlin Dong, Zheng Li*, Minjuan He. Seismic performance of timber-steel hybrid structural system via shaking table tests. Proceedings of the 16th European Conference on Earthquake Engineering. Thessaloniki, Greece, 2018, Paper No. 10713. (2018.6.18 ~ 2018.6.21)
- Hanlin Dong*, Qi Luo, Zheng Li, Minjuan He. Seismic performance of hybrid steel-timber structure with dampers: planar frame tests and shake table tests. Proceedings of the 4th Joint Workshop for Building / Civil Engineering between Tokyo Tech & Tongji University. Shanghai, China, 2017. (2017.6.22 ~ 2017.6.24)
- Hanlin Dong*. Improving the seismic resilience of hybrid steel frame – light wood shear wall structural system by slotted bolted frictional dampers. 2019 Ph.D. Colloquium on Timber Engineering Research. Vancouver, Canada, 2019. (2019.8.21 ~ 2019.8.22)
Patents
- Zhan Shu, Hanlin Dong, Minjuan He, Renle Ma. A replaceable and easy-to-restore flexual energy dissipating link device. Invention Patent, Chinese ZL 201710346364.9, issue date 2019.1.25.
Awards and Prizes
Awards
- 2014 Shanghai outstanding graduate student
- 2013 Outstanding student of Tongji University
- 2021 Outstanding graduate student of Tongji University
Competition Prizes
- 2018 Young Scientist Award WCTE2018
- 2016 Chinese National Mathematical Contest in Modeling for Graduate Students, 2nd Prize
- 2013 2013 ASCE Mid-Pacific Regional Conference, 2nd place in Transportation Competition
- 2012 SAS Competition winner (Awarded by Consulate General of Kingdom of Denmark in Shanghai)
Scholarship
- 2012 Excellent student scholarship from Bao Steel
- 2014 Chinese National Scholarship for Graduate Students
- 2010~2011 Chinese National Scholarship
- 2019~2021 Chinese Scholarship Council International Joint Ph.D. Program Scholarship
Social Work
Student Leader
- 2015~2016 Vice President of Graduate Student Council of Department of Structural Engineering
- 2011~2013 Leader of the Volunteer Team for Education of Children of Disabled People
Volunteer
- May 4~8, 2015 The 5th Tongji-UBC Earthquake Symposium, Student Committee member, M.C. of Welcome Banquet
- August 21~24, 2017 The 2017 Ph.D. Colloquium on Timber Engineering Research, Student Committee member
- June 22~24, 2017 The 4th Tongji - Tokyo Institute of Technology Building / Civil Engineering Workshop, Student committee member