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One idea I got from the presentation was the base isolator. Which was springs like thing that stood at the bottom of the building, in each corner. The base isolator is made out of rubber and steal, with lead in the middle.

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one idea i got from the presentation are the different supports ways you can make your building more sturdy. one thing i want to learn about are the different shapes that make buildings more sturdy like is a square more sturdy than a triangle.

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An idea that was helpful to me was that base isolation is not effectful to tall structures the damper is more effectful for tall buildings. Also the base isolator is effectful for other smaller buildings

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I got the idea to add support beams to my building and make it look like a art insulation. One topic I would like to learn about is where the ideas come from.

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jh
jh
i liked the idea of the presentation i thought it was fun to do something different.

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jh
jh
i liked the idea of the presentation i thought it was fun to do something different.

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Base Isolator  it is not very expensive and it's very effective. I would like to learn more about architecture.

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One thing I learned is there are mass dampers on huge buildings. There is a big ball at the top of the building that ways a massive amount of weight that keeps the scene of gravity and to prevent the structure from tipping. If there was an earthquake and the building started tilting one way the damper will swing the other way leveling the structure.
One thing I want to learn more about is how the liquid damper works

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One idea i got from the presentation was cross bracing and how they helped the building stay up during and not during an earthquake.

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One idea i got from listening from the presentation is the liquid damper , Basic isolater . And what I think would be good for next year is explain how much they put on the building or where

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One idea that i got from the presentation is you have to have a platform that holds the building but (not on the ground) so that when an earthquake occurs it effects the platform below the building. It is called isolation base.

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J.B
One idea i got from the presentation was cross bracing 
( ͡◉ ͜ʖ ͡◉)( ͡◉ ͜ʖ ͡◉)
 
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The idea I liked the most was the mass dampener. One topic I would like covered in more detail was how they got the mass dampener at the top of the building.

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I liked the damper because when the building sways the damper sways to the other side to keep the building even.

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I think that I might do the cross bracing because it seems very sturdy. ~(◑﹏◐)~

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One idea I got from the presentation that would reasure the building from collapsing would be the base isalator because if the building rolls and shakes a litle bit people can get out without the worry of a building killing you.

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One idea I got from the presentation was the cross braces because I've seen them before and now I learned more about them. One topic I would like covered more or more talked about is the liquid damper.

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One idea I got from listening to the presentation was the base isolator it seems pretty cheap and efficient compared to the other earthquake proof designs so it's good for s a building  

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One idea I got from listening to the presentation was the base isolator it seems pretty cheap and efficient compared to the other earthquake proof designs so it's good for s a building  

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Tim Marshall [̲̅$̲̅(̲̅ ͡° ͜ʖ ͡°̲̅)̲̅$̲̅]

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One thing I wanted to learn more about was the base isolate because i want to learn what it is made up of and why do they pick the base isolate. Also I learned that the base isolate helps to keep the building in place.

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One idea I got from the presentation was the cross braces. I liked them because I have seen them on buildings in the city.

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One thing I learned is that the Base Isolater is better to use on a small building and a Damper is better for a bigger building. 😁😁😀😋😱

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One idea I got from the presentation is to
add support beams. I would have liked to cover how they get ideas to build dampers or support beams, and where they originated from

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One idea I got from the presentation was the Base Isolator. I have heard of it before and the success rate of it. One topic I would like covered in more detail is some other materials we could use to replicate the actual materials the architects use.

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i learned that base isolation decreases the shaking of tall buildings when an earthquake is happening. if there isn't base isolation, the building might come down so you might as well put base isolation.

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i liked the idea of the presentation i thought it was fun to do something different.

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One idea I got from the presentation is that when you build a building you should put a ball so an earthquake  doesn't destroy the building and so it doesn't fall. They can also put spring like things to keep the building steady.

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One positive idea I got from the presentation was that the base isolation of the building when you put it in for corners its more steady and the base helps the building stay up, and when an earthquake hits it doesn´t shake that much.