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Constantin Christopoulos
Kinetica Dynamics, Technical Advisor | Toronto, Canada
About
Dr. Constantin Christopoulos is an expert in seismic isolation and supplemental damping devices and led the development of the Viscoelastic Coupling Damper (VCD) as a Professor of Civil Engineering and the Director of Structures Laboratories at the University of Toronto. He is also the holder of the Canada Research Chair in Seismic Resilience of Infrastructure. He is the author of more than 100 technical papers, two major textbooks, and the co-inventor on several international patents. He has served as a technical advisor to Kinetica on numerous high-profile building structures looking to implement the VCD for improved seismic and wind performance.
CTBUH Roles
Annual Conference, Presenter (Shanghai 2012; Chicago 2019)
Annual Conference, Session Chair (Shanghai 2014)
Innovation Conference, Speaker (Shenzhen 2019)
CTBUH Initiatives
CTBUH Canada Hosts Event on Imports and Acquisitions
05 November 2014
Building Movement and Damping Workshop, Shanghai 2014
16 September 2014
Research
29 June 2021
Michael Montgomery, Kinetica; Luis Ardila & Constantin Christopoulos, University of Toronto
Solid Viscoelastic Coupling Dampers (VCDs) provide distributed damping that improves the dynamic performance of tall buildings for both wind-storms and earthquakes for all amplitudes of...
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Research
16 September 2014
Design of a Slender Building with High-Performing VE Dampers
Michael Montgomery, Kinetica; Kevin MacLean & Tibor Kokai, Read Jones Christoffersen; Constantin Christopoulos, University of Toronto
A slender tower in downtown Toronto was identified early on in the design process as having wind dynamic motion issues and additional structural damping was...
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Research
19 September 2012
Novel Coupling Damper System for Enhanced Performance of Tall Buildings
Constantin Christopoulos, University of Toronto; Michael Montgomery, Kinetica Dynamics
As high-rise buildings become taller and more slender, dynamic behavior becomes a critical design consideration. Wind loads cause large vibrations which can be perceived by...
You must be a CTBUH Member to view this resource.
View all
CTBUH Initiatives
19 May 2015
First Meeting for CTBUH Damping Technologies Research
More than 40 industry and academic experts convened at CTBUH Chicago to mark the launch of the Bouygues Construction-funded damping initiative.
5 November 2014
CTBUH Canada Hosts Event on Imports and Acquisitions
More than 80 people attended the event which sought to answer the question, What new technologies and techniques are influencing the way we build tall in Toronto?
16 September 2014
Building Movement and Damping Workshop, Shanghai 2014
The Building Movement and Damping Technical Workshop reviewed some of the latest strategies and concepts for helping tall buildings avoid movement in seismic and wind events.
Research
29 June 2021
Michael Montgomery, Kinetica; Luis Ardila & Constantin Christopoulos, University of Toronto
Solid Viscoelastic Coupling Dampers (VCDs) provide distributed damping that improves the dynamic performance of tall buildings for both wind-storms and earthquakes for all amplitudes of...
16 September 2014
Design of a Slender Building with High-Performing VE Dampers
Michael Montgomery, Kinetica; Kevin MacLean & Tibor Kokai, Read Jones Christoffersen; Constantin Christopoulos, University of Toronto
A slender tower in downtown Toronto was identified early on in the design process as having wind dynamic motion issues and additional structural damping was...
19 September 2012
Novel Coupling Damper System for Enhanced Performance of Tall Buildings
Constantin Christopoulos, University of Toronto; Michael Montgomery, Kinetica Dynamics
As high-rise buildings become taller and more slender, dynamic behavior becomes a critical design consideration. Wind loads cause large vibrations which can be perceived by...
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