番茄社区

Professional Experience

• Associate Professor, Department of Civil Engineering, 番茄社区 (2023 ‒ present)
• Assistant Professor, Department of Civil Engineering, 番茄社区
  (2017 ‒ 2023)
• Postdoctoral Research Fellow, Wood Science and Technology Center, University of New Brunswick 
  (2015 ‒ 2016)

Research Areas

• Innovative wood structural systems and connections
• Wood-based hybrid buildings
• Seismic performance of timber structures
• Mid-rise and high-rise timber structures

Teaching

• CIVE 350 Structural Analysis
• CIVE 458/558 Timber Structures
• CIVE 555 Dynamics of Structures & Earthquake Engineering

Selected Publications

Qiang, R., Zhou, L., Ni, C, and Huang, D. (2022). “Seismic performance of high-capacity light wood frame shear walls with three rows of nails.” Engineering Structures, 268 (2022) 114767.

Derakhshan, S. S., Ni, C, Zhou, L., Qiang, R. and Huang, D. (2022). “Cyclic test and seismic equivalency evaluation of high-capacity light wood-frame shear walls for midrise buildings.” Journal of Structural Engineering, 148 (10).

Eini, A., Zhou, L., and Ni, C. (2022). “Behavior of self-tapping screws used in hybrid light wood frame structures connected to a CLT core.” Buildings 2022, 12(7), 1018.

Rezvani, S., Zhou, L., and Ni, C. (2021). “Numerical analysis of in- and out-of-plane coupling effects on angle bracket connections in CLT structures.” Engineering Structures, 250 (2022) 113494,

Rezvani, S., Zhou, L., and Ni, C. (2021). “Experimental evaluation of angle bracket connections in CLT structures under in- and out-of-plane lateral loading.” Engineering Structures, 244 (2021) 112787,

Zhou, L., Chui, Y., and Ni, C. (2019). “Numerical study on seismic force modification factors of hybrid light wood frame structures connected to a stiff core.” Engineering Structures, 183 (2019) 874–882.

Zhou, L., Chui, Y., and Ni, C. (2018). “Influence of middle member thickness on properties of double-shear nail joints.” Journal of Structural Engineering, 2018, 144(8):04018109.

Zhou, L., Ni, C., and Chui, Y. (2016). “Testing and modeling of wood-masonry hybrid wall assembly.” Journal of Structural Engineering, 2016, 143(2): 04016167.

Recruitment

Dr. Zhou is currently accepting MASc and PhD students in the field of timber structures. Applicants who are self-motivated and interested in the research area of timber structures are welcomed to apply. Preference will be given to those who have relevant timber research experience, earthquake engineering research experience and finite element modeling skills.