You’re right, Japan has a long history of earthquakes and has developed strong building codes. The characters written were made with AI :) for the next sim, I’ll have real words
Japan has a long history of natural disasters. Not only earthquakes, but also volcanic eruptions, wind and flood damage, and more. Therefore, every time such disasters strike, civil engineering and construction technology advances. The Great Kanto Earthquake, which killed more than 100,000 people in modern times, occurred a century ago, but is still remembered. This incident led to the strengthening of construction technology and regulations, and the Japan of today exists. From Japan.
I love these realistic videos of yours with the realistic sounds! The fact that so many buildings remained standing after the 2011 quake is a estimate to Japans very strict building code standards. You should do one each for San Diego (Newport Englewood Rose Canyon Fault and/or the distant San Andreas Fault. One for Oakland/San Francisco for the Hayward Fault. And one for Seattle for the Cascadia Subduction Zone.
Wow, so well done and informative. The 1923 quake wiped out Tokyo and Yokohama, mostly due to fire and much flimsier building materials. The 2011 quake decapitated a giant Buddha in a former execution ground cemetery (It was repaired). Love your videos.
In the case of Japan, the collapse of old wooden buildings is expected to begin when the Shindo:6- or higher. In the case of old reinforced concrete buildings, if the Shindo 7, it may fall apart like the 8 stories building in the back(e.g., The COOP Kobe Building collapsed in the 1995 earthquake in southern Hyogo Prefecture in Japan), but I think it is unnatural to fall apart with Shindo:6-.
What an immense amount of research to produce these videos. I know you are the right guy for this level of intense research and creating. Wonderful to get to catch this one when it was uploaded!
Thank you for raising awareness! These videos are incredibly educational and should be shared with governments in earthquake-prone regions so that citizens can learn what to expect during an earthquake. Major earthquakes can be infrequent and, in some cases, occur only once in a generation, making it crucial to educate those who have never experienced one. Understanding what to expect empowers people to know how to react effectively.
Thank you so much for your positive feedback! That is exactly my goal! I’ll be in California for the next 3 months and I’ll be collaborating with several organizations to raise awareness☺️
As someone who lived through the Tohoku earthquake, I remember well the hopeless feeling I had as minutes passed without the shaking abating. I’ve taught disaster safety and prevention in the years since, and I think your videos do a wonderful job of promoting knowledge. A few points to share: Most Japanese homes lack fireplaces and brick chimneys. The tiny handful of very old homes with wood-burning stoves typically have a short steel pipe chimney instead. Damage to older (pre-1981) mid-rise steel-reinforced concrete apartments is a big concern, but essentially none have failed in recent quakes even on experiencing Shindo 6 lower. So the background left building is likely collapsing a little premature. As someone who lives very close to the revised epicenter of the 1923 Great Kanto earthquake, I certainly hope we wouldn’t see it rupture again together with the Nankai trough! In any case the damage will still be catastrophic, as there is still plenty of older, poorer quality construction from the 60s and 70s in many areas. If you want to do another one of these, I can help you make some funny signs in real Japanese as easter eggs.
Thank you so so much for sharing your feedback with the world! I’m so happy to see that this video has been valuable to you and many others! I will definitely listen to your advice! It is true that most houses have steel pipe chimneys. Yet I wanted to emphasize what could be dangerous so that people are more aware. ☺️
I will for sure do more simulations in the near future so please do those doing Easter egg signs and send them to me on my email address! You can find it at the end of the video 😁
Why does the Magnitude 8 initially seem "not as bad" as the 7.5? It sort of feels like at that level, it's like the entire planet is rocking side to side, and the motions are so broad and powerful that it almost gives some kind of stability over the smaller jumbling. I'm totally untrained, but that's just what it looked like to my eye. Would be really interesting to hear an expert explain.
That’s a really insightful observation! In a way, you’re correct. Larger earthquakes, like a magnitude 8, do tend to produce longer, slower waves compared to a 7.5. This creates that broad, rocking motion you described, which can feel somewhat “stable” or less chaotic, even though it’s much more powerful overall. Also, the fault rupture length is so long that it takes more time for the strong waves to reach a particular location.😊 Smaller but still strong earthquakes, like a 7.5, often produce higher-frequency shaking that feels more jarring and sudden. This is due to the way seismic energy is released and how waves interact with the Earth’s structure. Interestingly, people sometimes report that the intense jolt from smaller magnitudes feels worse initially, while the longer-duration shaking from higher magnitudes can cause more cumulative damage over time.
🇲🇽🇲🇽😡😡🤔🤔..pero si en Japon con un Terremoto de 9.1. No se cayo nada. Fue el Maremoto lo que mato a la gente..o " Tsunami como le dicen ahora..🇲🇽🇲🇽😮😮🤔🤔🇲🇽🇲🇽
Tall building at the far left side with EQ SIM's sign on it : can't survive 6- the white building at the front left : can't survive 6+ the green building at the front right : can't survive 7 Everything else expect the tall building at the far left side and the green building : can surive the 3/11 earthquake
Him: "I hope this inspires a new generation of architects and scientists who want to make the world safer and more robust 🥰" Me, who simply enjoys watching destruction:
Earthquakes exceeding M6 occur in Japan approximately every 4 to 6 years. What is important now is to clarify and review housing standards and public transportation and infrastructure standards for earthquakes around the world!
@ By the way, you will make a simulation of the earthquake on November 4 at 04:58 in the morning in 1952, on the Kuril Islands near Kamchatka, another tsunami wave rose which was 18 meters in size. The magnitude is still unknown. But they say that she was rated from 8.5 points to 9 points. In general, Wikipedia has information.
You underestimate Japanese buildings too much. In fact, earthquakes of magnitude 3 or higher always occur somewhere in Japan every day, and sometimes more than 10. If there were buildings with such earthquake-resistant standards, Japan would definitely collapse. I'm using a translation app, so I think some of the grammar may be strange.
I see your point and I agree! :) my simulation has only 5 buildings so something had to collapse. Old brick chimneys are particularly dangerous if people are running outside of buildings.
Wow that's quite realistic looking now! Awesome animation as always. Question, for the skyscraper / high rise tower in the background, was this built with any additional shear walls compared to a regular tower or any base isolation methodology or just simply modern construction methods?
@@TheRealLink simple modern construction :) reinforced concrete and steel. I should make a simulation where I compare the same structure but I use different methods to reduce shaking
@@EarthquakeSim I know you have a few of them in other videos such as RC / Non-RC / Wood, Steel, and so on but yeah the same building with increasing stiffness or absorption techniques would be cool. For example: 20 story tower, standard construction 20 story tower, reinforced for a moderately earthquake-prone area 20 story tower, more strongly reinforced for a strong earthquake area (structural trusses, thicker shear walls) 20 story tower, heavily reinforced for a very seismic area (belt trusses, mega or major columns, thicker shear walls, base isolation)
@@EarthquakeSim That's shocking that it stood against an 8 or so just through modern methods. Then again with how much it wobbled, I figured yeah it's not base isolated.
Great simulation. Even if Japan's infrastructure is more resistant against earthquakes; but still there some risks; the Nankai Earthquake That Japan prepare for it will be the most devestating earthquake because most major and main cities in Japan are in the south ; near the Nankai subduction zone (Tokyo,Osaka,Kyoto,Nara,Fukoyoka,Nagoya,Hiroshima,Kobe,...etc) also the largest volcanos in Japan Mt.Fuji & Mt.Asso; Mt.Sakura-jima ; you can imagine the size of the disaster
Thank you so much! You are absolutely right about everything! When dealing with millions of structures in a large earthquake, some will in fact collapse… :( it’s important for people to understand if the type of building they live in can collapse or not, especially older houses with heavy roofs (made to sustain typhoons force winds…but not earthquakes)
4:18 tokyo buildings are almost all very strong and prob can surive shindo 6- intensity... Even taiwan buildings 30 years old can surive shindo 6+ and 7!
amazing video and editing as usual!!! The building shaking in the background at Mag 6 was really terrifying lol, the antenna was barely able to stay in place, crazy how much more damage happens later on.
@@EarthquakeSim glad theres so many cool inventions to counter them, they always come in handy when the earthquake happens and save so many lives in the process
Skyscrapers in Japan are very well built. It’s the concrete buildings built before 1981 that might suffer more damage in a future large earthquake striking underneath Tokyo
The assumption here is that Tokyo has hundreds of thousands of buildings and at least some will fail if an earthquake strikes right underneath Tokyo. Since my simulation only has 5 structures, I had to show the collapse of at least one structure. :) Tokyo does have some buildings that are not retrofitted.
Tokyo still has buildings that have not been retrofitted to meet modern earthquake-resistant standards. Structures built before the 1981 revision of Japan’s Building Standard Act, known as “kyu-taishin” buildings, were constructed under less stringent seismic regulations. A 2018 report indicated that approximately 30% of these older buildings in Tokyo are at risk of collapse during a major earthquake. 
Thank you for replying to my comment! If a big earthquake were to occur directly beneath Tokyo, I think buildings would be heavily damaged. However, with a magnitude of 5.5 or 6.0, even if the buildings do not meet the 1981 standards, I don't think they would collapse as badly as in this video.
There’s many variables when it comes to earthquakes and structures. If the ground suffers failure, then any building could technically collapse even for a magnitude 6 quake if it happened right underneath the city.
Actually,New year’s earthquake was Shindo7 but damage was like rank Shindo6+.And M10 isn’t buildings explosion (lol) I’m Japanese, so I cannot speak English so much.sorry.Did you understood it? :)
すげぇ!本当に東京の…しかもちょっと裏通りみたいなとこ作ってくれて…ありがとうございます! That's amazing! Thank you so much for making it a place that's really like Tokyo's backstreets! 奥の高層ビルは、耐震基準法が適用されてそう… The high-rise building in the back looks like it is subject to earthquake resistance standards... それと、この断層の地図はあくまでも目安ですかね？本物の日本には、このような断層やプレート境界面は存在しないので Also, is this fault map just a rough guide? In the real Japan, there are no such faults or plate boundaries.
I'm Japanese Perhaps this video is exaggerated Even if there was an earthquake directly hitting the capital, it would not shake violently at such a small magnitude stage, and modern buildings in Japan are unlikely to collapse thanks to extremely strict building standards. If you doubt me, please look into Japan's "Noto-oki Earthquake" Kanazawa City in Noto recorded a magnitude of 7.6, but most of the city's buildings remained intact.
CHALLENGE: can you find the flying airplane in this video? Write a comment if you saw it and the time signature!
It’s at 10:14.
I did
10:15
Next aceh Indonesia
@ yes! :)
この街、明らかに耐震基準法に違反してて草w
それは思った、こんな豆腐みたいには崩れんわなw
海外じゃあるかも知んないけど
あまりにも脆すぎる
中規模以上の建物はこのようにバラバラに倒れる事は無いです。
日本のビルでよくあるタイプの倒壊は
旧耐震基準の建物の中間層崩壊(阪神・淡路大震災など)
一階に広いスペースがある建物の倒壊(阪神・淡路大震災、熊本地震など)
液状化などによる横倒し(新潟地震、能登半島地震(輪島のビル)など)
それね。日本じゃなくて中国だろこれw 全然建物揺れ逃さないし
姉歯物件かな？
字幕が中国語
アメリカ人に期待する😅
めんどくさ
こんなのにリアルさ求めなくてもいいでしょ
日本はとても地震が多いですが、その分建物が地震に強いのでとても安全な国です。もし日本に旅行しにきた時に地震が起きても日本人が大丈夫そうでしたら安心してくださいね。(日本人が慌て始めたらさすがに大変なことになり始めている)
しかしその反面、安全だからという意識からか、あまり地震対策をしない人も多くいます。
日本の動画でもよくありますが、日本人は地震に対してあまり危機感を持ちません。震度が5でも「揺れてる揺れてる面白いな」などという人もいるぐらいです。震度4を超えた辺りぐらいからはさすがに危機感を持った方がいいと思います。(あくまでも僕の意見です)
この動画の看板に書いてある文字は日本語ではないので読めませんでしたが、どのような意味かわかる人はいますか？
You’re right, Japan has a long history of earthquakes and has developed strong building codes. The characters written were made with AI :) for the next sim, I’ll have real words
@@EarthquakeSim 日本語を使うの、楽しみにしています！
@@EarthquakeSim nobody likes AI
@@EarthquakeSimand i'm from Argentina and have you heard countries with others experienced?
Japan's earthquake resistance technology is among the top in the world. It's impossible for something to collapse like this.
I'm from Argentina
after constructed 2000s all Japanese buildings don't collapse shindo 6+ or 7(M7.0-M7.5) actually.(by japanese)
Japan has a long history of natural disasters. Not only earthquakes, but also volcanic eruptions, wind and flood damage, and more. Therefore, every time such disasters strike, civil engineering and construction technology advances. The Great Kanto Earthquake, which killed more than 100,000 people in modern times, occurred a century ago, but is still remembered. This incident led to the strengthening of construction technology and regulations, and the Japan of today exists. From Japan.
Wow, you've improved! Now it looks extremely realistic
@@drugiekontoblaxa thank you so much! This will only get better!!
@@EarthquakeSim great, I'm very happy
@@EarthquakeSim love your channel bruh
@@EarthquakeSimnext video idea; 26 september 13.59 2019 5.8 istanbul earthquake
@ Istanbul? Where?
I love these realistic videos of yours with the realistic sounds! The fact that so many buildings remained standing after the 2011 quake is a estimate to Japans very strict building code standards. You should do one each for San Diego (Newport Englewood Rose Canyon Fault and/or the distant San Andreas Fault. One for Oakland/San Francisco for the Hayward Fault. And one for Seattle for the Cascadia Subduction Zone.
How about Euromaidan Argentina Football Hooliganism and Woodstock 99
Wow, so well done and informative. The 1923 quake wiped out Tokyo and Yokohama, mostly due to fire and much flimsier building materials. The 2011 quake decapitated a giant Buddha in a former execution ground cemetery (It was repaired). Love your videos.
Mika Yamamoto Brent Renaud and Ryan Evans
And makoto shinkai will never get nominated for an oscar
In the case of Japan, the collapse of old wooden buildings is expected to begin when the Shindo:6- or higher.
In the case of old reinforced concrete buildings, if the Shindo 7, it may fall apart like the 8 stories building in the back(e.g., The COOP Kobe Building collapsed in the 1995 earthquake in southern Hyogo Prefecture in Japan), but I think it is unnatural to fall apart with Shindo:6-.
I'm from Argentina
hi there! an old fan, you’ve improved details and models a lot!
Thanks for showing the ground movements of the M 9.1 Great East Japan Earthquake! Great work with the other simulations btw!
酷いっす
@@ch-ld5xl地震は怖い… 😨
What an immense amount of research to produce these videos. I know you are the right guy for this level of intense research and creating. Wonderful to get to catch this one when it was uploaded!
The best part was matching 1000 different sounds to my simulation…manually. :)
I have the BEST help I can get in the world from a scientist and engineer❤
@@EarthquakeSimMika Yamamoto Brent Renaud and Ryan Evans
@@EarthquakeSimand makoto shinkai will never get nominated for an oscar
Thank you for raising awareness! These videos are incredibly educational and should be shared with governments in earthquake-prone regions so that citizens can learn what to expect during an earthquake. Major earthquakes can be infrequent and, in some cases, occur only once in a generation, making it crucial to educate those who have never experienced one. Understanding what to expect empowers people to know how to react effectively.
Thank you so much for your positive feedback! That is exactly my goal! I’ll be in California for the next 3 months and I’ll be collaborating with several organizations to raise awareness☺️
@@EarthquakeSimand also Euromaidan Ukraine Argentina Football Hooliganism and Woodstock 99
揺れ方がすごくリアルでした！！
ブロックで表現するのには限度があるのに最大限再現出来ててすごい、これからも頑張ってください
Thank you so much for your positive feedback! 😊
⓪ 個人が出来る事
命より大事なものはない。
・海の近くはとにかく高台へ避難する事。自動車では渋滞に巻き込まれる危険がある。
・海岸近くの漁業関係の仕事生活は対策が難しい。被災しても大丈夫なようにタワーを建てるのも良い。とにかく津波さえしのげれば避難できる。防災備品まで用意する必要はない。津波シェルターを用意しておくのも良い。
・とにかく避難場所へ逃げる事。河川や崖の近くは特に危険。堤防、斜面が脆く崩れる危険性がある。
・土砂崩れ、倒木で川がせき止められている危険性がある。雨が降れば大規模な鉄砲水が発生する。
① 仮設住宅
家が無ければ生活出来ない。
・災害が起きてから仮設住宅建設していては時間がかかる。コンテナ式の仮設住宅やトレーラーハウスを被災前に準備する事。工場で量産しておけば後は被災地へ運ぶだけ（アマゾンでも販売しているぞ）
・とにかく最低限の生活環境で安価で量産できる事。コンパクトシティや災害公営住宅が建設出来るまでもてば良い。
・コンテナの規格に合わせておけば海外へ支援する事も出来る。住居のほかコンテナ型の発電通信システム、貯水塔、汚水処理システムなども開発する事。
・災害発生時は他の自治体からも運び込む事。
・コンテナ式の仮設住宅は特例で規制緩和する事。
・必要な数、管理、保管、設置場所は予め政府や自治体と地主で取り決めしておく事。使用後も再利用できる。
・キャンピングカーやレンタカーも仮設住宅建設までの時間稼ぎになる。移動式のコンビニ、風呂、トイレ、洗濯機なども複数台準備する事。
・テントや段ボール式の個室であれば、平常時は折り畳んで体育館の片隅にでも保管できる。
・衛生環境もトイレや風呂を被災前に作っておく事。公民館、役所、学校、体育館の建て替えや新築の際にたくさん作っておく事。断熱材で冷暖房完備する事。学校の教室も多めに作っておくのも良い。
・自家発電機、水道塔、ガスなどの燃料、通信設備などを被災前に建設しておく事。
・高齢者、車いす生活者、身体障害者の救助は時間が勝負。
② 復興拠点構築
拠点が無ければ復興作業出来ない。
＊主要道路の復旧を最優先に進める事。災害復興の中で最も重要な作業！。物資や重機、作業員が運べない。
・そもそも主要道路の復旧に時間がかかる地域に生活しない事。
・激甚災害指定で国会議員は「人物金」を早急に準備する事。発災からすでに半年以上経過してて、今の復旧具合はどう考えても遅い。
・各地にボランティア、解体業者、インフラ専門業者などの前線基地を建設する事。プレハブで良いので速やかに建設する事。
③ 再建
地方自治体の問題点
＊少子高齢化、過疎化、人口減少、財政難、インフラの老朽化、空き家、耕作放棄など多くの問題を抱えている。
山間部や田舎だと集落が点在しているため、インフラ（道路水道電気通信など）が脆弱になり災害に弱い。
・空き家になる原因は１．固定資産税が安くなる。２．相続人がわからないまたは多数いるため手続き困難。改正して更地にしたら無税にすべき。
案１（コンパクトシティ化）
・地質・地形調査、ハザードマップを元に安全な場所にコンパクトシティ化すべき。産業農業漁業酪農などを集中すれば産業面でも効率化出来て若者も定住する。
インフラの範囲が狭くなり整備がしやすい、また財政負担も軽減できる。穴水町～七尾市間は鉄道、高速、空港がある為、最適と思われる。
・昔の状態のまま復興できても地方自治体の問題は解決しない。莫大な時間費用をかけても新しい廃墟が出来るだけ。
・避難生活している間に多額の補助金を出して、コンパクトシティの中で災害公営住宅、病院、警察署、消防署、市役所支部などを再建させる事。
－欠点
・新しくコンパクトシティを建設する為費用が高い。
・災害が直撃すると被害が大きい。復興が大変、①に戻る
案２（集落化）
・ハザードマップを元に安全な場所に小さな集落を日本中に作る。十分な移転補償もする事。
・都市部への一極集中が改善される。地方の小都市も活性化する
・災害が起きても被害は小さく再建しやすい。
－欠点
・インフラ公共サービスの維持が難しい。自治体の財政難が問題。
・日本は平野部は少なく山間部が多い為、住める場所が限られる。河川、谷になっているところは洪水、崖崩れになる。クマ猿などの被害もある。生活も不便
案３（国内海外移住）
・復興に時間費用がかかり過ぎるなら、周辺の都市部へ集団移住を考える事。家族生活仕事、生き延びる事が最優先。
・住宅ローン抱えて倒壊または住めなくなった住民は特例でローン無効にする。二重ローンでは再建できない。十分な移転補償もする事。
・十分な移転補償、火災保険地震保険があれば何とかなる。耐震住宅を建てる時は補助金を出す事。
・外国語、専門技能を持っていれば海外へ移住するのも良い。明治時代では北海道、南米などの海外へ開拓団として集団移転した。
現在は故フジモリ大統領をはじめ政治経済で活躍している。すし職人は人気でドバイでは最低年収1000万。
This is very very helpful!! Thank you so much for sharing this with the world!!!!!☺️
As someone who lived through the Tohoku earthquake, I remember well the hopeless feeling I had as minutes passed without the shaking abating. I’ve taught disaster safety and prevention in the years since, and I think your videos do a wonderful job of promoting knowledge.
A few points to share:
Most Japanese homes lack fireplaces and brick chimneys. The tiny handful of very old homes with wood-burning stoves typically have a short steel pipe chimney instead.
Damage to older (pre-1981) mid-rise steel-reinforced concrete apartments is a big concern, but essentially none have failed in recent quakes even on experiencing Shindo 6 lower. So the background left building is likely collapsing a little premature.
As someone who lives very close to the revised epicenter of the 1923 Great Kanto earthquake, I certainly hope we wouldn’t see it rupture again together with the Nankai trough! In any case the damage will still be catastrophic, as there is still plenty of older, poorer quality construction from the 60s and 70s in many areas.
If you want to do another one of these, I can help you make some funny signs in real Japanese as easter eggs.
Thank you so so much for sharing your feedback with the world! I’m so happy to see that this video has been valuable to you and many others! I will definitely listen to your advice! It is true that most houses have steel pipe chimneys. Yet I wanted to emphasize what could be dangerous so that people are more aware. ☺️
I will for sure do more simulations in the near future so please do those doing Easter egg signs and send them to me on my email address! You can find it at the end of the video 😁
I'm Argentine from Argentina and how about Ukraine and Football Hooliganism
And makoto shinkai will never get nominated for an oscar
Umm...I think those words are Chinese...and also, Japanese building doesn't collapse like that.(by Japanese)
震度５くらいで電線が切れたりはしないかも。物の落下もちょっと多いかな。
震度６以降は地盤とか建物によるけど崩壊も無くはないね。一階が潰れたりで大半は木造だと思う。
コンクリ建築のほとんどは耐えると思うし、崩壊ではなく階下が潰れるか横倒しになる感じだろうな。動画のような崩壊は考えにくい。
震度７以降は何が起こるか分からん世界だね。
@@Wiiaretheworld こちらは翻訳を使っています。共有していただきありがとうございます！東京にお住まいですか？
WOW the simulation of Tokyo is soo realistic!!!
Thank you so much for being here! :)
Why does the Magnitude 8 initially seem "not as bad" as the 7.5?
It sort of feels like at that level, it's like the entire planet is rocking side to side, and the motions are so broad and powerful that it almost gives some kind of stability over the smaller jumbling.
I'm totally untrained, but that's just what it looked like to my eye. Would be really interesting to hear an expert explain.
That’s a really insightful observation! In a way, you’re correct. Larger earthquakes, like a magnitude 8, do tend to produce longer, slower waves compared to a 7.5. This creates that broad, rocking motion you described, which can feel somewhat “stable” or less chaotic, even though it’s much more powerful overall. Also, the fault rupture length is so long that it takes more time for the strong waves to reach a particular location.😊
Smaller but still strong earthquakes, like a 7.5, often produce higher-frequency shaking that feels more jarring and sudden. This is due to the way seismic energy is released and how waves interact with the Earth’s structure.
Interestingly, people sometimes report that the intense jolt from smaller magnitudes feels worse initially, while the longer-duration shaking from higher magnitudes can cause more cumulative damage over time.
Very realistic, greetings from Mexico
@@Mazda_hyundai thank you so much for watching! Greetings from Chicago!
@@Mazda_hyundai what city should I do next?
@@EarthquakeSimmaybe mexico city
🇲🇽🇲🇽😡😡🤔🤔..pero si en Japon con un Terremoto de 9.1. No se cayo nada. Fue el Maremoto lo que mato a la gente..o " Tsunami como le dicen ahora..🇲🇽🇲🇽😮😮🤔🤔🇲🇽🇲🇽
This should be a museum exibit, where you chose the magnitude, and it plays the appropriate video, and shakes the floor you stand on.
You are absolutely right! I hope I can make this become reality soon:)
@@EarthquakeSimI’m really curious as to how the M 9.1 Japan earthquake felt like
どうでもいいけど、建物に書かれている文字が中国語に見える。
もちろん動画としては素晴らしいです。
東京近辺も首都直下地震の危険性指摘されてるので、ちゃんと対策しないと動画のような被害出るかも分かりませんね。。。
Thank you so much for sharing this! The main concern is buildings built before 1981 where the building codes were inferior. Do you live in Tokyo?
Buenos Aires
Amazing video ❤
Thank you for watching😊
This video is good love your videos man I’ve been watching you for 1 year
@@Skeleton10002 you are amazing for your support! ❤️🥳 I’m building a rocket launch next
Tall building at the far left side with EQ SIM's sign on it : can't survive 6-
the white building at the front left : can't survive 6+
the green building at the front right : can't survive 7
Everything else expect the tall building at the far left side and the green building : can surive the 3/11 earthquake
Him: "I hope this inspires a new generation of architects and scientists who want to make the world safer and more robust 🥰"
Me, who simply enjoys watching destruction:
yeah same here
Being interested in watching this brings you one step closer to actually becoming a scientist ❤️
Earthquakes exceeding M6 occur in Japan approximately every 4 to 6 years.
What is important now is to clarify and review housing standards and public transportation and infrastructure standards for earthquakes around the world!
How realistic!By the way, greetings from Russia.
Greetings from Chicago! Thank you for watching😃
@ It’s my pleasure.I love it when you make videos like this,it’s probably a long time,right?
@ By the way, you will make a simulation of the earthquake on November 4 at 04:58 in the morning in 1952, on the Kuril Islands near Kamchatka, another tsunami wave rose which was 18 meters in size. The magnitude is still unknown. But they say that she was rated from 8.5 points to 9 points. In general, Wikipedia has information.
realy good👋🎉
Thank you so much for watching friend!
Very realistic
Thanks for watching! :)
I can't believe I missed the premiere😢😅
❤I forgive you! I’ll be going live again these days
@EarthquakeSim
I'll try my best, if my exams don't kill me😂
You underestimate Japanese buildings too much. In fact, earthquakes of magnitude 3 or higher always occur somewhere in Japan every day, and sometimes more than 10. If there were buildings with such earthquake-resistant standards, Japan would definitely collapse. I'm using a translation app, so I think some of the grammar may be strange.
日本はこんなにボロくありません😂
I see your point and I agree! :) my simulation has only 5 buildings so something had to collapse. Old brick chimneys are particularly dangerous if people are running outside of buildings.
@@歯磨き粉チャンネル いや、現実に近いよ。実際の日本もM6.5で建物崩壊が始まるから。
奥のビルは耐震基準法適用済み、手前の下町みたいな建物は、改正建築基準法施行前の建物っていう設定らしいからね…
むしろ、日本人は建物の耐震性を過信しすぎだよ
@@EarthquakeSimなるほど！
ありがとうございます🙇
日本の場合、震度6弱以上から古い木造建築の倒壊が始まるものと思われます。
古いビルに関しては、震度7であれば奥の8階建ての様に木端微塵になる可能性がありますが(例:阪神淡路大震災発生時のCOOP神戸本部ビル)、動画の様に震度6弱で木端微塵というのは確かに少し不自然な気がします。
Great video!! FYI here in Chile we have the big earthquake in the history, Valdivia 1960 Mag 9.5
I'm from Córdoba Argentina
風鈴の音みたいに儚く脆い街並みに風情を感じる
Wow that's quite realistic looking now! Awesome animation as always. Question, for the skyscraper / high rise tower in the background, was this built with any additional shear walls compared to a regular tower or any base isolation methodology or just simply modern construction methods?
@@TheRealLink simple modern construction :) reinforced concrete and steel. I should make a simulation where I compare the same structure but I use different methods to reduce shaking
@@EarthquakeSim I know you have a few of them in other videos such as RC / Non-RC / Wood, Steel, and so on but yeah the same building with increasing stiffness or absorption techniques would be cool. For example:
20 story tower, standard construction
20 story tower, reinforced for a moderately earthquake-prone area
20 story tower, more strongly reinforced for a strong earthquake area (structural trusses, thicker shear walls)
20 story tower, heavily reinforced for a very seismic area (belt trusses, mega or major columns, thicker shear walls, base isolation)
@@EarthquakeSim That's shocking that it stood against an 8 or so just through modern methods. Then again with how much it wobbled, I figured yeah it's not base isolated.
Great simulation. Even if Japan's infrastructure is more resistant against earthquakes; but still there some risks; the Nankai Earthquake That Japan prepare for it will be the most devestating earthquake because most major and main cities in Japan are in the south ; near the Nankai subduction zone (Tokyo,Osaka,Kyoto,Nara,Fukoyoka,Nagoya,Hiroshima,Kobe,...etc) also the largest volcanos in Japan Mt.Fuji & Mt.Asso; Mt.Sakura-jima ; you can imagine the size of the disaster
Thank you so much! You are absolutely right about everything! When dealing with millions of structures in a large earthquake, some will in fact collapse… :( it’s important for people to understand if the type of building they live in can collapse or not, especially older houses with heavy roofs (made to sustain typhoons force winds…but not earthquakes)
There was a major earthquake that took place in the same area in 1923, the Great Canto Earthquake.
yes! That one was very very destructive for Tokyo...
@EarthquakeSim And the aftermath was very dark, with the tsunami and the part about Koreans was very dark too!
One question: when is philippines? You said pretty much so when? (No hate but i love it❤)
Very soon! The demand for these simulations is huge! 😁😇
What software is this made in? I was gonna guess Blender, but... it doesn't look like Blender or even Cinema 4D.
Could you do Chicago someday? I would love to watch it! 😊
How did u make this video or is there a program for this?
4:18 tokyo buildings are almost all very strong and prob can surive shindo 6- intensity...
Even taiwan buildings 30 years old can surive shindo 6+ and 7!
amazing video and editing as usual!!! The building shaking in the background at Mag 6 was really terrifying lol, the antenna was barely able to stay in place, crazy how much more damage happens later on.
That’s how powerful these earthquakes are, you’ve really got to appreciate how resilient those buildings are.
@@EarthquakeSim glad theres so many cool inventions to counter them, they always come in handy when the earthquake happens and save so many lives in the process
@ yep! We’re doing well on this chapter. The problem that still remains is older buildings that have not been retrofitted
@@EarthquakeSim yeah, as made evident in the turkey earthquakes from not too long ago
動画最後のM10規模の地震の破壊力が異次元すぎる…
M7超えの地震はこんなに早く収まらなくないか
6:56 fire!!!!
It's immpresive that the longest building at back survived every earthquakes, except 10 magnitude.
Skyscrapers in Japan are very well built. It’s the concrete buildings built before 1981 that might suffer more damage in a future large earthquake striking underneath Tokyo
@@EarthquakeSim Oh, so that's how that skyscraper in the video survived almost every earthquake, thanks for letting me know 😄
Well, it's interesting, but I don't think you'd find buildings in Japan collapsing like that from a magnitude 6 strong quake.
Earthquake sound look's like smash hit
現実ではこうなりません。揺れは強いけど、ほとんどの家は耐震基準が満たされているのでこんなことにはなりません
This is a nice video. However, Japan's earthquake resistance technology is excellent, so buildings don't collapse as easily as in this video.
The assumption here is that Tokyo has hundreds of thousands of buildings and at least some will fail if an earthquake strikes right underneath Tokyo. Since my simulation only has 5 structures, I had to show the collapse of at least one structure. :) Tokyo does have some buildings that are not retrofitted.
Tokyo still has buildings that have not been retrofitted to meet modern earthquake-resistant standards. Structures built before the 1981 revision of Japan’s Building Standard Act, known as “kyu-taishin” buildings, were constructed under less stringent seismic regulations. A 2018 report indicated that approximately 30% of these older buildings in Tokyo are at risk of collapse during a major earthquake. 
Thank you for replying to my comment! If a big earthquake were to occur directly beneath Tokyo, I think buildings would be heavily damaged. However, with a magnitude of 5.5 or 6.0, even if the buildings do not meet the 1981 standards, I don't think they would collapse as badly as in this video.
everyone: omg it's terrible!
Japanese: *did something happened?*
That last one won fall off the earth center of balance, a smidge, making the day slightly longer, or shorter
I also have a video in the makings
That is absolutely correct :)
日本以外だとこうなるかもね耐震基準そのものが存在しないと多分こうなる
Can you do cities like Manila, Philippines or Washington D.C.?
How far away is the epicenter in the simulation?
0 kilometers
Hello! Can you simulate 2024 Noto Peninsula Earthquake?
I can definitely do that!
日本の家は耐震設計が義務だからね (昔作った家はないけどね)
9:40 rest in peace to those who lost their lives during the powerful 2011 earthquake
Rest in peace 😞
Oi oi oi
@@EarthquakeSimand rest in peace those in Ukraine Argentina and Football Hooliganism :(
I feel like I’m tempting fate watching this while I’m living in Japan
Tsunami next please bro
This is amazing! You are so talented!
@@oliveru551 thank you so much for watching! :) where are you from?
こんなにすぐ倒壊することはないですね...
Wow this is very realistic I really enjoyed your videos [New subscriber!] Can you make one of these from Brazil please? :D
Yes, I can make one for Brazil! :)
@@EarthquakeSimOh thank you :D
10:50 Uh oh, Magnitude 10?
Me : WOOO LETS GO THE FORD AND 2 MERCEDES SURVIVED LETS GO
The peak shock this 9:48
@@Aslamyrehandika it looks so terrifying…
Hey Bro, I thought this was BeamNG Drive mate judging what i saw in the Thumbnail
どこまで厳密なシミュレーションなのかどうか判りませんが（違うのかな?）「震度６ちょい」ぐらいでマンションが崩れ落ちたりするんでしょうかねえ？
するのかな？
There’s many variables when it comes to earthquakes and structures. If the ground suffers failure, then any building could technically collapse even for a magnitude 6 quake if it happened right underneath the city.
@@EarthquakeSim .
I see.
Thank you for your quick and detailed explanation!
左奥のマンションは姉歯物件でしょうか?
Actually,New year’s earthquake was Shindo7 but damage was like rank Shindo6+.And M10 isn’t buildings explosion (lol)
I’m Japanese, so I cannot speak English so much.sorry.Did you understood it? :)
Sorry, it was rank like Shindo6-.
@@iwamom yes I understood everything 😀 thank you for sharing!
Whoever built the green house is smart
@@CB22ArchiveEdits how about the skyscraper in the background? :)
@ usually they crash If they are taller But low and flatter houses are the best
This is super realistic but the 10 magnitude earthquake....
Even if a magnitude 10 earthquake were to occur, Japanese people would likely be the first to take to Twitter and tweet about it.
81年以前の建物ならこういうこと起こりそう。ただ、中国語が気になるンゴｗｗｗ
คุณทำแบบประเทศไทยได้ไหม แบบ ภาคกลางตอนบน ภาคตะวันตก ภาคเหนือ แบบนี้
In simulation:👍👍
In real life:💀☠️💀☠️
@@Yevortex28 in real life, there are so many variables. :) I hope these simulations offer great insights about potential outcomes
Next video,Toronto canada
Yes :)
thank you
Can you make Madrid please?
Yes I can! :)
Can you build Shiroyama Park? Owariasahi City.
10:15 Airbus A380
Yes!!!
すげぇ!本当に東京の…しかもちょっと裏通りみたいなとこ作ってくれて…ありがとうございます!
That's amazing! Thank you so much for making it a place that's really like Tokyo's backstreets!
奥の高層ビルは、耐震基準法が適用されてそう…
The high-rise building in the back looks like it is subject to earthquake resistance standards...
それと、この断層の地図はあくまでも目安ですかね？本物の日本には、このような断層やプレート境界面は存在しないので
Also, is this fault map just a rough guide? In the real Japan, there are no such faults or plate boundaries.
You are very welcome! Thank you so much for watching this video!
I'm from Argentina
Reminds me of GTA!
日本はこんなに壊れないよ
hypothetical simulation, reality it might be minimal damage
@@three_wood_sen 確かにそうだね
I'm Japanese Perhaps this video is exaggerated Even if there was an earthquake directly hitting the capital, it would not shake violently at such a small magnitude stage, and modern buildings in Japan are unlikely to collapse thanks to extremely strict building standards.
If you doubt me, please look into Japan's "Noto-oki Earthquake"
Kanazawa City in Noto recorded a magnitude of 7.6, but most of the city's buildings remained intact.
バラバラに崩れるあたりは誇張されてはいますが、旧耐震基準の建物ならM7以上で中間層崩壊などで倒壊する可能性はあります。東京にはまだ古い建物が多いです。高度経済成長期に作られた高速道路もまだ改修が進んでない区間があります。安心してはダメです。
そんな震源から離れた場所でマグニチュードなんて表現誤解生むから使わない方がいい
しかも金沢市は能登じゃないし
Now make it with México city
But like the 19 september earthquake
Hello there i have a request can you do your next simulator earthquake in philippines manila?
@@Dineros_09 I’m planning to do Manila in a future video in December :)
@@EarthquakeSim
Could you also do a scenario in Cologne?? There's a fault that could produce quakes up to 7.0 on the Richter scale.
@EarthquakeSim omg ill be updated noted btw
No Japanese body: I can neither understand the kana or writing on those shop signs
They were created with AI :)
@@EarthquakeSim Its more likely to be Tangut script, an ancient language in China that extinguished 800 years ago
すごいな。本当にリアルだ。
Thank you so much for watching! 😊
Mercalli Scale:Japanese Scale
I:0
II:1
III:2
IV:3
V:4
VI:5-
VII:5+
VIII:6-
IX:6+
X~:7
A B C D. I WOKE UP IN TOKYO... ARIGATO ROCK AND ROLL.
Can you make Ho Chi Minh city,Hanoi,Boston?❤
Poland Scenerio Earthquake M7.0 :) and M10
I will work on that! :)
日本語じゃなくて中国語になってませんか？
I’ve used ChatGpt to generate Japanese text
4:05 The Bayford October 17 Earthquake
そんな脆くないと思う…（ただし木造建築物を除く）