Zhengyao Li

Postdoc at Structural Engineering

Li’s research interest and expertise include connection design for timber structures, exploring the possibility high-rise timber structures and aiming to propose a strong and adaptable connection solution for the construction efficiency and structural performance. Her research focuses on static and quasi-static laboratory-based testing of steel, timber and steel-to-timber composite structures, as well as numerical simulations on the global performance of timber buildings. She is also a member of 3DMBC (https://3dmbc.com), a research group focusing on the development of optimised and reusable steel connections using modern manufacturing methods for modular building systems (MBS) aiming to embrace resilience and sustainability in the construction sector. 

Source: chalmers.se
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Showing 2 publications

2025

DISCRETE VS. CONTINUOUS REINFORCEMENT: A COMPARATIVE STUDY OF CONVENTIONAL AND NOVEL INTERLOCKING CONNECTIONS IN CLT SHEAR WALLS

Zhengyao Li, Konstantinos Daniel Tsavdaridis
Proceedings from the 14th World Conference on Timber Engineering Advancing Timber for the Future Built Environment Wcte 2025, p. 359-365
Paper in proceeding
2025

FATIGUE OF TIMBER CONNECTIONS: A REVIEW OF FAILURE MECHANISMS AND DESIGN LIMITATIONS

Zhengyao Li, Robert Jockwer, Mohammad al-Emrani
Proceedings from the 14th World Conference on Timber Engineering Advancing Timber for the Future Built Environment Wcte 2025, p. 3422-3428
Paper in proceeding

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