EARTHQUAKE RESISTANT STRUCTURE

I’m  Aziza, and I am studying at Medipol University in Turkey, This is my blog I'm talking about  earthquake-resistant structures, I hope you will enjoy my blog 

 

  !So we are going to talk about EARTHQUAKE RESISTANT STRUCTURE 

YouTube video

 (1 ) 

 (2 )

Articles

https://www.humanitarianlibrary.org/sites/default/files/2013/05/20.pdf

http://data.conferenceworld.in/IIMT2017/P547-558.pdf

Essay 1

?What is the most earthquake-resistant construction 

    

        Japan experiences a lot of earthquakes as a result of being so close to the Pacific Ring of Fire. In this essay, I will show how Japan has the most earthquake-resistant buildings

 

Japan is in a dangerous area because of its geographic location. These earthquakes have the power to seriously harm buildings and risk people's lives.

 

Japanese laws and regulations are strict when it comes to building codes and rules. These rules make sure structures are strong and safe during earthquakes.

 

Their Design principle is that the building should absorb the earthquake force and reduce shaking, Japanese structures use methods like base isolation and damping systems. To increase stability during earthquakes, they also have strong structures, cracking walls and bracing systems and they also use Reinforced Concrete and Steel Frames.

 

Japanese builders use base isolation systems and hybrid constructions, which combine different materials and methods, to make buildings more earthquake-resistant. Also, they make use of strong materials like strong steel and special concrete.

 

Japan has advanced methods for monitoring earthquakes and sending early warnings. These devices can detect earthquakes, giving people a short amount of time to get ready before the shaking begins.

 

In conclusion, By putting these methods into practice, Japanese structures are better prepared to resist earthquakes and protect those who live inside. Other earthquake-prone areas throughout the world  can learn a lot from these practices

Essay 2

What is the most earthquake-resistant construction?

 

 

Taiwan is located in an earthquake-prone area and both the safety of its buildings and its population are seriously at risk.

 

Taiwan has put strict rules and laws in place to ensure safety and strength during earthquake disasters. These regulations ensure structures are built to withstand earthquakes' destructive effects.

 

Taiwanese architects use special methods to increase buildings ability to resist earthquakes. They are designed to reduce excessive shaking and make it possible for structures to absorb earthquake vibrations. They use techniques like base isolation and damping systems. To isolate a building's foundation from ground motion, flexible bearings or pads are placed there and Damping systems reduce vibrations. These techniques help buildings to withstand earthquakes.

 

Taiwan focuses on using Strong materials and construction methods. Reinforced concrete and steel frames are commonly used to increase structural stability. Reinforced concrete is a mixture of concrete with steel reinforcement which makes it stronger against earthquakes. Steel frames provide support and flexibility. These materials ensure buildings can resist intense shaking.

 

Taiwanese builders also use Hybrid construction techniques by combining different materials and methods to allow buildings to better withstand earthquakes.

 

Taiwan has made big investments in earthquake monitoring and early warning systems. Sensors and devices detect earthquakes and give early warnings. This allows people to find a safe place and reduce the risk of injuries.

 

In conclusion, Taiwan's strict regulations, special techniques and use of strong materials contribute to ensure that buildings there are built to resist earthquakes and improve buildings safety. Lessons from Taiwan can guide other earthquake-prone areas to strengthen their buildings and protect their communities We can improve earthquake resistant building all around the world and ensure the security of people living in high-risk locations by giving research and knowledge sharing.

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