Huge shock absorbers, walls that slide and Teflon foundation pads that isolate buildings from the ground all help explain why medium- and high-rise structures in Japan remained standing in the wake of the country's largest earthquake on record.
A YouTube video of a scene from inside a high-rise in central Tokyo captures the chilling moment a building swaying from the massive earthquake of March 11, 2011.
Japan is no stranger to earthquakes. With a system that underscores the importance of smart design and preventative measures, millions of lives may very well have been spared.
Teetering on the crunch point of four tectonic plates, Tokyo’s 13m inhabitants live in daily anticipation of a colossal earthquake, which experts predict could strike any day. Despite this, developers continue to build ever-taller towers.
QuakeSmart is a FEMA National Earthquake Hazards Reduction Program (NEHRP) initiative to help businesses in at-risk earthquake communities implement earthquake mitigation actions.
Actionable and scalable guidance and tools to the private sector, its owners, managers, and employees about the importance of earthquake mitigation and the simple things they can do to reduce the potential of earthquake damages, injuries, and financial losses.
Protecting your property from earthquakes can involve a variety of actions, from inspecting and maintaining your building to installing protective devices.
If the sill plate is not securely anchored, an earthquake can cause it to slide with respect to the foundation. When this occurs, there is a greater potential for severe damage as well as injury to you and others.
Because most gas and water lines are rigid, they can be torn from their connection points during an earthquake. The results could include not only serious damage to your property but also injury to you and others.
Some structures are built on cripple walls. As shown in the figure, a cripple wall is a short wall that rests on the foundation and supports the floor and exterior walls. If the cripple wall is not braced,
it can shift during an earthquake.
This guide presents seismic design and construction guidance for one- and two-family light frame residential structures that can be utilized by homebuilders, homeowners, and other non-engineers.
There are things that you can do to reduce the chances that you or other members of your household will be injured, that your property will be damaged, or that your home life will be unduly disrupted by an earthquake.
Taipei 101 is prone to earthquakes and fierce winds common in its area of the Asia-Pacific. The engineers had to design a structure that could withstand gale winds up to 216 km/h and the strongest earthquakes.
There will be more to the stunning Apple Campus 2 than meets the eye. One of the most fascinating—and important—elements of the building will be 3 levels under your feet.
The NEHRP Recommended Seismic Provisions for New Buildings and Other Structures presents the minimum recommended requirements necessary for the design and construction of new buildings and other structures to resist earthquake ground motions throughout the United States.
Homes constructed more than two decades ago may need earthquake strengthening upgrades to their foundations. Here’s how to earthquake proof your home and resist the seismic forces.
Access 85,000+ trustworthy and relevant PreK-12 websites. Provides website content and age-appropriate results separated by grade level.
No login is needed when accessed through the library website. Or Copy the following link on a new web browser [https://icsz.follettdestiny.com] and then Select ICS Library>Click Catalog>Click WebPath Express.
General Information. Use this source to find out about your topic when you begin research. You can choose Kids, Student or Advanced levels for all topics.
General information. Good for finding out about a topic when you begin research. Includes up-to-date information sources and allows you to move easily to material of higher or lower reading levels as needed.
Mexico City is subject to intense earth tremors because the city is built upon the loose soil of ancient lake beds. The Torre Mayor, a tall office building in Mexico City, was built with giant “shock absorbers” that are intended to resist earthquakes.
EBSCO Explora provides general information, including research articles, magazines, newspapers, videos, and articles in many languages. It searches these databases: Science Reference Center, Newspaper Source, Literary Reference Center, and Health Source.
Sign in with Google SSO (Single Sign-On) using ICS email for remote access