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Construction Materials: Earthquake Testing Simulation
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- Опубліковано 6 жов 2023
- Which building materials are the strongest in case of an earthquake? Watch this incredible physics simulation video to find out! This is my UPDATED simulation since 1 MILLION people gave me useful insights in my previous video :)
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MEDIA and INQUIRIES: You can reach out to me at: earthquakesim@gmail.com
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Let's start a conversation in the comments below about interesting things that you have noticed in this simulation!
I hope these simulations will bring more earthquake awareness around the world and educate the general public about potential earthquake related hazards. I do also hope that my videos will inspire a younger generation of architects, engineers and scientists!
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Watch the only LIVE, 24/7 home-made seismograph drum in the world located in Los Angeles:
UA-cam.com/ca...
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Music provided by Epidemic Sound: share.epidemic...
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Welcome to the world’s largest and only 3D earthquake simulation channel on UA-cam! My channel focuses on realistic 3D earthquake simulations of a variety of virtual structures and types of buildings from around the world. Some of my work has been featured by various international media news outlets and it has also been used by other large UA-cam channels such as GeologyHub, GeoPop and CaSeismograph for educational purposes. This channel’s content has also been featured on the Curiosity Channel in a recent documentary called “Breakthrough: Forecasting the Big One”.
The simulations that I post serve an educational purpose and should be solely treated as such. We should not forget that earthquakes are real world events that can sometimes lead to loss of properties and lives.
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Simulación de terremoto | simulazione di terremoti | भूकम्प सिमुलेशन | 地震シミュレーション | jarðskjálftauppgerð | Erdbebensimulation | 地震模拟 | भूकंप सिमुलेशन | deprem simülasyonu | simulare de cutremur
#earthquake #awareness #animation
It looks like the concrete building is without steel reinforcement.
Well you could see some elasticity that would crack concrete if it weren't reinforced
Its lighly renforced
A comparison between a building made with cold-formed steel or light steel framing and a masonry building would be interesting. Great job!
The collapse of the remaining concrete at the end of 10 was epic and also saw signs that wood wasn't going to survive 11. Great sim!
Steel buildings are certainly the safest, as they are the least likely to catastrophically collapse, and even if they collapse there should be more gaps to make rescue more promising due to more ductile failures. Not all reinforced concrete buildings need to collapse at an XI or XII intensity, though. If you look at the 2023 Turkey earthquake, the main shock reached MMI XI-XII (Extreme) in Antakya (Antioch and surrounding Hatay province) and near the epicenter, but you can still see plenty of apartment buildings standing. Peak ground acceleration reached up to 2 g in some areas.
I would be interesting to see a reinforced concrete structure.
This doesn't seem fully realistic for real buildings built to resist the earthquake. The construction of such a building involves more than just putting together the invidual parts
Wood really is a strong material. I somehow knew the concrete building would collapse first. Problem with concrete is that while it is strong, by itself it's very brittle.
Tip: when any Piece of building collapses and when it touches the ground destroys into rubble and make a smokey effect that it makes Irl, that'll help increase the realism
You should do one of these tests with Ancient structures like Mayans, Inca, Roman, Chinese, and the Japanese.
I know that the Japanese Pagodas are built without any nails, and were built like an upside down tree where each floor just floats on top of each other, And there's this dampener "Tree Trunk" that is allowed to sway freely from the top floor
I am definitely planning to make this kind of a simulation this month! 😁
Hi, I really love your work.
I just find the simulation of the trees (on a lot of the video) to be a bit weird, in the sense that they bend but never break even after a crane or an entire building falls on them.
Otherwise I'm already looking forward to the next video, it's like an addiction for me.
The trees are entertaining. You never know what they are going to do. It's fun to watch them jump back together 😂
A bit of light-hearted entertainment of a very serious event.
I don't know if you take recommendations on structures anymore but,
If you could do a mobile home park it would be neat since a lot of people who don't have a lot of resources live and knowing what can happen and being prepared helps.
I personally live in a mobile home in the area that if the wabash sismic zone ruptured it could be a intensity of 6.
Hey EQS! I love your videos and they are certainly a gotta-watch once you post them! One suggestion if I may. Would it be possible to put a couple varying intensity figures on the slides please? MMI + Richter or a particularly large earthquake that happened at each level if it lines up? Kind of like when people in videos do MPH and KPH or Feet and Meters.
Absolutely! I used to do that in my previous videos if you watch them❤️
You deserve more likes and views, this videos are really cool!!!!
Thank you so much friend!!! Please check my recent video it’s an update ❤️ greetings from chicago!
Sim idea: security ideas. How good are different options to make the building safer? What about connecting buildings to get bigger buildings? What about high vs wide? What about different shapes of building? What about new and crazy ideas?
I really like your feedback! I will definitely create a simulation having in mind what you said🙂
Can you make a video about earthquake resistant technology like base isolation, tuned mass dampers, oil dampers and other vibration damping technology and compare them with traditional buildings ...
I would love to see that too!
Hey I want to ask, can you simulate real life earthquakes? Ex. 2011 Earthquake in Japan, 1960 Earthquake in Chile.
Soy de Chile
@@soy-Leam-Play ok
This was amazing to watch!
I feel there is still a component of earthquakes that is not being taken into consideration. the waves of force not only displace the earth side to side but also it displaces it vertically which changes all forces being applied to this. Also geology, what type of geology as soil type and mass can affect how the waves travel through the quake.
This can all have a big difference in how the building would survive. Building on soft sediment would not survive as well as building on more compact soil, a rock foundation would react differently as well. So now because we are aware of these things when building every building is built based on geology.
You are right about that!! If you look carefully at the higher intensities XI and XII you can see the vertical movement better☺️
Please could you do more earthquake comparison videos with buildings with structural defects, to see how certain defects would affect a building during an earthquake?
This is actually a brilliant idea!! You know what…I’ll start working on this project right now and will give you a shout out when I post it 🙂 thank you so much for helping me with this!
@@EarthquakeSim Wow, awesome, cheers! I wish you good luck with your project!
I'm not sure if it's relevant or not, but I would think it could make a bigger impact than it might seem. Does the earthquake simulator or do most simulations take into account for the rotation of the earth? It seems like the masses involved, especially as height increases would be affected by the rotation especially anything after the initial vibration or wave from the earthquake, it seems it could add to cause a whiplash type motion with greater stresses involved, as well as torsional forces all adding to strain on the structure. Great video as always! 🍻🌎♥️🎶🕺
Your comment made my day! I’m happy to see that you’re thinking outside of the box. My simulator takes into account many things but not earth rotation🙂 it would be cool to experiment different scenarios
@@EarthquakeSim Wouldn't it possibly be a pretty significant impact on the stresses, especially at joints like I mentioned? That much shifting mass is rather resistant to abrupt changes of any kind and obviously isn't picky on what gets in the way! It was the twisting motion as the structure collapsed that made me think about rotation even though I am pretty sure it was more just the spiral elements within the structure that caused that. Have a wonderful day! You made mine as well. Thank you, kindly! 🌎♥️🎶🕺
P.S. - I don't consider it thinking outside of the box. I never think of there being a box in the first place. I mean, if you wanted me to keep a leash on this brain power you should have said so! LMAO 🤪😉🙃😁
@@EarthquakeSim What about adding to your program a way to optimize the design in various ways to optimize the best vs cost so that maybe you could find cost effective ways to improve existing structures and show that small changes might increase survivability in most real world or extreme cases. Maybe have some A.I. integration to assist either designing the program itself or somewhere within optimization process. Seems doable. 🍻🌎♥️🎶🕺
earths rotation would not affect the results
could you ad 3d motion of the ground? like it happens in Mexico City? Also something important is that the ground in Mexico doesnt move the same along the length and width of your foundation, but there happens differential displacement during the earthquakes, so no other column feels the same acceleration at a time.
metal: bends
concrete: crumbles
wood: splinters....🤣ouch!
Oh dam, good vid earthquake sim guy
Wow! I love to see details and different angle zooming. Perfect !
Can you have in test in one building combination all of 3?
thanks for the feedback!!
never seen a wooden building that tall
Milwaukee has one that is +17 floors
For Me Concrete With or Without Steel Inside Is Still Fragile And Really Directed To The Ground Of Its Basement
What game did you use to do this? I really like the simulations and I want to experiment for my self.
This Is What Japanese People Want To Say That We Really Need To Reinforced A Building With Movable Object In Its Base For More Durable Withstand In This Kind Of Mother Earth Havoc
Interesting video as always! I wonder if the next simulation could be a giant city park (eg, Central Park in the USA) or a mountainous village or town, that is some interesting ideas to think about!
I was literally thinking of building a city park next ❤️
It would be cool to see the buildings undergo heavy damage (with cracks, tilting of columns, falling of walls etc.) at the degrees before the collapse.
6:09 the music should have stopped here because the piano was crushed
Yo, this is amazing!
thank you so much for being part of this amazing community!
@@EarthquakeSim No problem! :D
@@CarMaster69 🤩🤩
just in time for premire
MMl 5
Steel: small damage
Concrete: a not of damage
Wood: not take damage
MMl 6
Steel: a small fall ltems
Concrete: no damage
Wood: a bit of damage
The Wood Building Must Be Survived Too If There's No Heavier Object Inside And With Movable Object Too At Its Base
Some tsunamis are caused by earthquakes so I wonder if you'd consider viable to make simulations of them as well.
i was expecting the wood go first and then the concrete. but not this lol
The Steel Building Must Be Survived All Of This If With Something Movable Around Its Base
Nice vid sim ❤😊
Concrete was the first knock down??? I thought wood was first! Also, why can steel be knock down if it's supposed to stay up???
Concrete was the first to get knocked down because concrete is strong in compression but weak in tension. I believe the model used reinforced concrete, so the concrete is only relying on steel bars for its tensile strength. Steel and timber both have compressive and tensile strength. When you apply shear to a building, that will induce a bending force on the columns that can force it to break. Also notice the first columns to break on the concrete model are the slender columns at the ground floor. Long slender columns have weaker lateral stability.
cool video
Very well done videos, very educational! How close is the simulation to the real structural analytical methods?
Please bring a big city to make it more realistic.
32k subs!?!? Well done 👍🏼
what program do you use to make Earthquake Testing Simulation ?
I'm using Blender 3D with bullet constraints builder extension
Thank you@@EarthquakeSim
Can you please tell me Which software was used for this?
I have used Blender 3D
Those cars are really something
I got a magnatude 5 earthquake 30miles form me and it shook hanging things i live in Slovakia
Hey! Yes, I just saw the earthquake update. I think the maximum observed Mercalli intensity of the quake was VI, pretty strong
We need small ragdoll people in the houses!
working on that!
0:17 why have a car in the roof?
so this shows that wood sturcters are stronger than concrete/cement structures
Suscribe!
Earthquake sim can you make a video of a magnitude I - XII a beach with a Cafe on it Earthquake sim thank you.😊
Can you simulate with titanium and tungsten next time?
Come on why the piano man?
Steel the best
Concrete the worst
Wood pretty good
But all are fine
Epic
The piano is not safe in concrete building and also in the wooden building it gots demolished ha ha
Why do some parts of collapsed buildings is levitating in air 🤨
can i do the request?
can you do the 2008 sichuan earthquake?
Yes I can simulate that :)
ty
As estruturas de metal são muito pesadas, podem abrir os grandes buracos no chão, tudo afundam! #SinkHole
❤️❤️
W vid
Hi
I don’t know why concrete collapses first
Concrete is brittle. No flexibility
Unrealistic simulation.
:)
:)
are you seriously promoting your own channel
on your own video
first?
No
what kind of game?
Its not a game
It's Blender modeling, not a game.
Chto za igra
:)