Sustainable and Quake-resistant Façade for Existing buildings

Author:

Hikone Shigeru,Misawa Yutaka,Iwata Mamoru,Iwamoto Shizuo,Nakamura Makoto

Abstract

<p>This research challenges the customary reinforcement methods which are only focusing on the structural performance and proposes an integrated-façade-system which not only consists of the necessary seismic retrofit, but also significantly improves the environmental and architectural quality of existing buildings. A buckling restrained brace to increase the seismic resistance was developed with minimum dimensions and in such way that it can be perfectly integrated and harmonized with a façade louver system. The louver system makes it possible to control and optimize the heat load and the daylight entering the building at the perimeter. Furthermore, deploying the system on the outside of the building also ensures continuity in its usage. At first the system has been singled out to be used for the main gathering points in the cities’ disaster evacuation plans, but due to its flexibility it could easily be extended to other facilities in the future.</p>

Publisher

International Association for Bridge and Structural Engineering (IABSE)

Reference5 articles.

1. Fire and Disaster Management Agency, Great Hanshin Awaji Earthquake, 2006.5.19.

2. Research Institute of Construction and Economy, RICE monthly, No.205, 2006.3, pp.2-8.

3. KANEKI Y., HIKONE S., YAMASHITA T., IWATA M., "Seismic Strengthening by the buckling restrained braces arranged diagonally", Journal of structural and construction engineering, Vol. 73(634), 2008, pp.2215-2222.

4. Japan Construction Disaster Prevention Society, 2001 Revised Edition Seismic Retrofit Design Guidelines and Explanation for Existing Reinforced Concrete Construction Buildings, 2001.10.

5. The Building Centre of Japan, Structure design guideline for high-rise building, 2002.7.1.

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