Roberta Aguirre
Istanbul is located at the confluence of three tectonic plates, so it's no surprise that the city is home to the world's largest earthquake-proof building: the Sabiha Gökçen International Airport. The airport terminal, which opened in 2009, is designed to withstand a magnitude 8.0 earthquake and remain operational afterwards. This is due to new seismic building technology and advanced computer simulations that can predict how a building will react during an earthquake.
| Characteristics | Values |
|---|---|
| Building technology | New seismic building technology |
| Computer simulations | Advanced computer simulations that predict how a building will react |
| Earthquake magnitude | Can withstand a magnitude 8.0 earthquake |
| Operational after an earthquake | Designed to remain completely operational after an earthquake |
| Construction | Built on more than 300 isolators, bearings that can move side-to-side during an earthquake |
| Building movement | The whole building moves as a single unit, preventing damage from uneven forces |
What You'll Learn
- The Sabiha Gökçen International Airport terminal is the world's largest earthquake-proof building
- The building is designed to withstand a magnitude 8.0 earthquake
- It is built on more than 300 isolators, bearings that can move side-to-side during an earthquake
- The building moves as a single unit, preventing damage from uneven forces
- New seismic building technology and advanced computer simulations were used to predict how the building would react in an earthquake
The Sabiha Gökçen International Airport terminal is the world's largest earthquake-proof building
The Sabiha Gökçen International Airport terminal in Istanbul is the world's largest earthquake-proof building. It opened on 31 October 2009 and is named after the world's first female combat pilot. The 2 million square-foot structure is capable of withstanding a magnitude 8.0 earthquake and is designed to remain completely operational afterwards. This is due to new seismic building technology and advanced computer simulations that can predict how a building will react in order to keep it safe.
Istanbul is located at the confluence of three tectonic plates and is likely to experience another major earthquake in the near future. The new terminal is designed to prevent damage from uneven forces acting on the structure. The building doesn't sit directly on the soil but on more than 300 isolators, bearings that can move side-to-side during an earthquake. The whole building moves as a single unit.
The Sabiha Gökçen International Airport terminal is the smaller of Istanbul's two main airports. It is the most modern airport in Turkey and Europe, with a total investment of 500 million euros. The airport will have the capacity to serve 20 million passengers a year.
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The building is designed to withstand a magnitude 8.0 earthquake
Istanbul’s Sabiha Gökçen International Airport is the world’s largest earthquake-proof building. The 2 million square-foot structure is capable of withstanding a magnitude 8.0 earthquake and is designed to remain completely operational afterwards. This is due to new seismic building technology and advanced computer simulations that are able to predict how a building will react in order to keep it safe.
The building doesn't sit directly on the soil, but rather on more than 300 isolators, bearings that can move side-to-side during an earthquake. The whole building moves as a single unit, which prevents damage from uneven forces acting on the structure.
Istanbul is located at the confluence of three tectonic plates and is very likely to feel another major earthquake in the near future. A devastating magnitude 7.4 earthquake struck the city on 17 August 1999, killing 17,000 people and causing billions of dollars in property damage.
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It is built on more than 300 isolators, bearings that can move side-to-side during an earthquake
Istanbul’s Sabiha Gökçen International Airport is the world’s largest earthquake-proof building. The 2 million square-foot structure is capable of withstanding a magnitude 8.0 earthquake and is designed to remain completely operational afterwards. This is due to new seismic building technology and advanced computer simulations that are able to predict how a building will react in order to keep it safe.
The terminal doesn’t sit directly on the soil, but rather on more than 300 isolators, bearings that can move side-to-side during an earthquake. The whole building moves as a single unit, which prevents damage from uneven forces acting on the structure.
Istanbul is located at the confluence of three tectonic plates and is very likely to feel another major earthquake in the near future. The new terminal is designed to withstand an earthquake as strong as 8.0. The terminal and complementary units of Istanbul Sabiha Gökçen International Airport were completed at a record period of 18 months with a total investment of 500 million euros.
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The building moves as a single unit, preventing damage from uneven forces
Istanbul’s Sabiha Gökçen International Airport is the world’s largest earthquake-proof building. The new 2 million square-foot structure is capable of withstanding a magnitude 8.0 earthquake and is designed to remain completely operational afterwards. This is due to new seismic building technology and advanced computer simulations that are able to predict how a building will react in order to keep it safe.
The building doesn't sit directly on the soil, but rather on more than 300 isolators, bearings that can move side-to-side during an earthquake. The whole building moves as a single unit, preventing damage from uneven forces acting on the structure.
Istanbul is located at the confluence of three tectonic plates and is very likely to experience another major earthquake in the near future. The new terminal is designed to withstand an earthquake as strong as 8.0. The project is similar to what was done with the San Francisco Airport’s international terminal, but it uses a newer kind of seismic isolation device.
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New seismic building technology and advanced computer simulations were used to predict how the building would react in an earthquake
Istanbul’s Sabiha Gökçen International Airport is the world’s largest earthquake-proof building. The new 2 million square-foot structure is capable of withstanding a magnitude 8.0 earthquake and is designed to remain completely operational afterwards. This is due to new seismic building technology and advanced computer simulations that are able to predict how a building will react in order to keep it safe.
The new terminal uses a newer kind of seismic isolation device. The terminal doesn’t sit directly on the soil, but rather on more than 300 isolators, bearings that can move side-to-side during an earthquake. The whole building moves as a single unit, which prevents damage from uneven forces acting on the structure.
Istanbul is located at the confluence of three tectonic plates and is very likely to feel another major earthquake in the near future. The city suffered a devastating magnitude 7.4 earthquake in 1999 that killed 17,000 people and caused billions of dollars in property damage.
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Frequently asked questions
Istanbul Sabiha Gökçen International Airport is the world's largest earthquake-proof building. It is capable of withstanding a magnitude 8.0 earthquake and is designed to remain completely operational afterwards.
The airport uses new seismic building technology and advanced computer simulations that are able to predict how a building will react in order to keep it safe.
The airport doesn't sit directly on the soil, but rather on more than 300 isolators, bearings that can move side-to-side during an earthquake. The whole building moves as a single unit, which prevents damage from uneven forces acting on the structure.
The Istanbul project is quite similar to what was done with the San Francisco Airport’s international terminal, but it uses a newer kind of seismic isolation device.
Istanbul is located at the confluence of three tectonic plates and is very likely to feel another major earthquake in the near future. A devastating magnitude 7.4 earthquake struck Istanbul on August 17, 1999, killing 17,000 people and causing billions of dollars in property damage.
