Tibor Kokai

RJC Engineers, Principal | Toronto, Canada

About

Over the course of his career, Tibor Kokai has developed a reputation for technical excellence and creativity. He has focused on projects with significant technical challenges, developing office standards for design and production, as well as for R&D aspects of the profession. Tibor has specialized in the residential, commercial, and institutional sectors, working with world class architects from Canada and abroad, using a variety of codes and standards. His areas of expertise include: reinforced and post-tensioned concrete design, finite element analysis, advanced structural steel building systems, and seismic and dynamic analysis for tall and super-tall buildings.

Tibor holds a Master’s degree in Structural Engineering and a Dr. Techn. from the Technical University of Budapest. He co-authored the Concrete Design Handbook, is a writer of the Foundations chapter and is a member of the CSA A23.3…

See more

Tibor Kokai

CTBUH Roles

Annual Conference, Presenter (Chicago 2019)

CTBUH Initiatives

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...

Login

You must be a CTBUH Member to view this resource.

View all

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

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...