Filter by
Taisei Corporation, Executive Officer, Deputy Chief of Design Division | Tokyo, Japan
In his 30 years of experiences, Yozo Shinozaki, since 1985, has worked as a structural engineer. He started working for Taisei Corporation after completing the master degree program at Tokyo Institute of Technology. During his career as engineer, he worked as an intern in LeMessurier Consultants in Cambridge. Mainly studied American new design method, a design of damping system and frame stabilities through real projects in 1993-1994. He worked as a department manager in the design of Kuala Lumpur International Airport Project, Malaysia in 1995. His extensive works have resulted in many advanced project, base-isolation buildings and innovative construction systems, including “Yoyogi-prject, Tokyo,” he received JSCA-Award, “TECOREP system,” received AIJ-Award. Currently he manages the structural design team of Taisei Corporation since 2012.
Working Group: Demolition (2014 – Present)
First CTBUH Demolition Working Group Meeting
05 November 2014
21 September 2012
A New Demolition System for High-Rise Buildings
This presentation examines a ground-breaking environmental load-reducing demolition system recently developed for high-rise buildings, labeled the TECOREP system (Taisei ECOlogical REProduction system). The system works...
You must be a CTBUH Member to view this resource.
29 June 2021
A Study for Damping Application to Response-controlled Structure
Yozo Shinozaki, Yoshihiro Mogi, Masaaki Ota, and Hiroaki Yoshikawa, Taisei Corporation
Most of high-rise buildings in Japan*1 are structure with damping systems recently. The design procedure is performance-based design (PBD), which is based on the nonlinear...
You must be a CTBUH Member to view this resource.
01 September 2016
Hideshi Aono, Osamu Hosozawa, Yozo Shinozaki & Yuichi Kimura, Taisei Corporation
Along the subduction-zone of the western Japanese islands, large earthquakes are expected occur around the middle of this century, and long-period ground motions will reach...
You must be a CTBUH Member to view this resource.
Filter by
Filter by
21 September 2012
A New Demolition System for High-Rise Buildings
This presentation examines a ground-breaking environmental load-reducing demolition system recently developed for high-rise buildings, labeled the TECOREP system (Taisei ECOlogical REProduction system). The system works...
29 June 2021
A Study for Damping Application to Response-controlled Structure
Yozo Shinozaki, Yoshihiro Mogi, Masaaki Ota, and Hiroaki Yoshikawa, Taisei Corporation
Most of high-rise buildings in Japan*1 are structure with damping systems recently. The design procedure is performance-based design (PBD), which is based on the nonlinear...
01 September 2016
Hideshi Aono, Osamu Hosozawa, Yozo Shinozaki & Yuichi Kimura, Taisei Corporation
Along the subduction-zone of the western Japanese islands, large earthquakes are expected occur around the middle of this century, and long-period ground motions will reach...
26 October 2015
Development of a New Clean Demolition System for Tall Buildings
Yusuke Noguchi, Yozo Shinozaki, Hideki Ichihara & Makoto Kayashima, Taisei Corporation
Manhattan, Chicago, and Tokyo are well known as skyscraper cities. But they have many decrepit buildings built in the early 20th century. It’s a significant...
19 September 2012
A New Demolition System for High-Rise Buildings
Makoto Kayashima, Yozo Shinozaki, TakenobuKoga & Hideki Ichihara, TAISEI Corporation
The TECOREP system (Taisei Ecological Reproduction System) was developed as a new environmental load-reducing demolition system for ultra-high-rise buildings. The reasons for developing this new...
10 October 2004
Structural Design of Base-Isolation system for Tall Building in Japan
Yozo Shinozaki, Osamu Hosozawa & Tsutomu Komuro, Taisei Corporation
The high-rise buildings with the base isolation system have been realized by studying the practical applicability of this system, that is, by extracting and resolving...
Fields with an asterisk (*) next to them are required.
View our privacy policy