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The property firm behind Japan’s new tallest building, which opened at the Azabudai Hills development in Tokyo last July, claims its quake-resistant design features — including large-scale ...
Earthquake-resistant or aseismic structures are designed to protect buildings to some or greater extent from earthquakes. While no structure can be entirely impervious to earthquake damage, the goal of earthquake engineering is to erect structures that fare better during seismic activity than their conventional counterparts.
Japan has more than 300 high-rise buildings above 150 m (490 ft). [1] Unlike China, South Korea, Taiwan and Malaysia with skyscrapers exceeding 400 m (1,300 ft) in height, Japan's skyscrapers are relatively shorter. All buildings above 50 m (160 ft) must also be as earthquake-proof as possible and adhere to other strict structural standards.
Tsunami-proof design of Ocosta Elementary School, Washington. In the United States, there is a recognized lack of tsunami-proof design, especially in vital installations such as aging nuclear reactors in vulnerable regions. [3] For instance, the Unified Building Code of California does not have any provision about designing for tsunamis. [4]
In the wake of last week's devastating earthquake and tsunami in Japan, prospective home buyers may be asking themselves what about a house makes it more able to weather a natural disaster. There ...
When the powerful 7.6-magnitude earthquake struck here on New Year’s Day, the tremors brought down the market’s power lines and most of its 200 wooden shops and houses. Then, a massive and ...
In 1973, according to one study, 65% of the population of Japan lived in detached houses, while 12% lived in attached houses and 23% in a flat or apartment. [10] A survey conducted by the Management and Coordination Agency in 1983 found that there were 34.75 million occupied dwellings in Japan, of which 46.1% were built of timber, 31.3% of ...
List of earthquakes in Japan; Tō-ji; The Japanese page on the architecture of the 5-tier pagoda of Japan contains sections about the debated reason behind pagodas' quake-resistance – one of the two theories is the Shinbashira, and also lists the types of styles in which the Shinbashira is employed in the building of the structure.