The article outlines a project focused on preserving a modernist building in Ginza, Tokyo, designed by Kenzo Tange in 1967. Known for its Metabolism architecture, the renovation aimed to extend its lifespan while boosting seismic resistance. Key methods included the application of carbon fiber and steel plates for structural reinforcement, ensuring safety against earthquakes. The restoration also involved meticulous color replications to honor the original design and modern lighting enhancements to maintain its aesthetic appeal while ensuring usability for contemporary needs.
The restoration of this Kenzo Tange building enhances its seismic performance while preserving its original aesthetics, emphasizing the fusion of modern design with historical context.
Significant structural reinforcements using carbon fiber and steel plate innovations ensure safety against earthquakes, allowing the building to maintain its unique 1967 architectural form.
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