Solomon Tesfamariam

Steel-Timber Research Project Steering Committee

University of Waterloo, Professor | Surrey, Canada

About

Dr. Solomon Tesfamariam is a professor and University Research Chair at the University of Waterloo (UW), in the Department of Civil and Environmental Engineering. Prior to joining UW, for over his 15 years’ tenure at University of British Columbia (UBC), he has been a leader in the research and pedagogy of resilient tall timber and hybrid buildings. His research outcomes have pushed limits of large-scale engineered cross-laminated timber (CLT) and hybrid structures in the design of high-rise buildings. His tall timber research entails consideration of multi-hazard (earthquake, wind, fire) interactions. His hybrid building design research has been supported by various government and industrial partners. Outcomes of his research are published through industrial reports and various peer-reviewed journals, and have been presented at international conferences.

Solomon Tesfamariam

CTBUH Roles

Steel-Timber Research Project Steering Committee (2022 – Present)

Videos

23 May 2022

Optimizing Steel and CLT for Seismic Performance

The most important sources of intrinsic damping for tall buildings are soil structure interaction (SSI) and structural behavior.

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Research

04 April 2022

Tall Timber Buildings: Innovative Building Design and Damping Considerations

Solomon Tesfamariam, University of British Columbia

The current trend in tall timber building design is a testament to the need for innovative structural systems. In this paper, a new, coupled cross-laminated...

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You must be a CTBUH Member to view this resource.

View all

23 May 2022

Optimizing Steel and CLT for Seismic Performance

The most important sources of intrinsic damping for tall buildings are soil structure interaction (SSI) and structural behavior.

04 April 2022

Tall Timber Buildings: Innovative Building Design and Damping Considerations

Solomon Tesfamariam, University of British Columbia

The current trend in tall timber building design is a testament to the need for innovative structural systems. In this paper, a new, coupled cross-laminated...