For anyone wondering why concrete works better when reinforced with steel, its because concrete supports a lot of compressive strength but barely any tensile strength. The steel helps give it some additional tensile strength and doesnt take away much strength when it comes to its compressive strength. Its why if you slow the video down to super slow motion, you see the brick breaking from the bottom to the top (because the bottom needs to support tensile strength which isnt a strong suit of concrete as stated above)
That is why here in Chile we have anti-seismic construction standards. Since we are one of the countries with the highest tendency to have earthquakes, the only houses that fall are the most old that did not have those standards.
Yeah there's been a 6 to 7 earthquake over 600 years ago that leveled my city. However, our old brick house recently survived a 5.4 without any visible damage so I guess it's most likely not going to collapse while I live here. We did invest in a good earthquake insurance though.
The only issue with a roller frame design, aside from the fact that it’s a wonderful idea, is that it won’t work for current utility connections. They would require too much tech and expansion joint work that it would basically make it incredibly expensive to install and maintain. I love the idea tho.
Na, you can make all that stuff with a flexible section to compensate. Like water and sewage pipes with a few zigzags with freely rotating joints at the corners. Thats what they use in hospitals in New Zealand.
Its not an idea anymore its actually used on real buildings. If you already knew it was used then sorry, but your comment makes you sound like you ve just heard about it now.
@@tissuepaper9962 Again, great idea, but the tech behind it would be incredibly expensive to design, implement and upgrade to millions of pre-existing homes. I love the possibility tho.
From Chile. There're earthquakes almost everyday yet we are so used to those we can't feel 'em on our feel anymore. From 6 to up we just start noticing 'em.
@@xXFeralPyr0pteraXx depends on the country, for us it doesnt even scare people because we are used to earthquakes, let me tell you, pretty sure i aint gonna wake up for a 7.5.
@@lok4890 so, i was looking at some data of earthquakes in chile and actually there arent many 7+ ones , still dont found them dangerous, but the tsunamis are a real danger.
@@thatguyneezie5569 si, but thats because Chile is prepared for the earthquakes. In other countries a 5.0 or a 6.0 can be deadly if theres no measures of safety taken.
@@AtomicWhiskers majority of "unprepared" countries are either poor countries or countries that will never deal with that (Brazil for example doesn't need any anti-earthquake measures)
Still to this day I only experienced one earthquake in my life, and I barely noticed it. It was a magnitude 7 but it happened all along the east coast so it felt saturated and wasn’t even that noticeable.
Lucky to be you it almost tsunami twice last decade (2011-2020) in my area because of big earthquake almost ever year (and minor earthquake at least once every 2 months)
A while back, here in Australia, there were some earthquakes in unusual areas for the first time in many years. Scared the life out of me when it started shaking. Luckily my house and most buildings in the area were fine after, even though my house is literally sinking (it's on a steep hill). However, some places were not so lucky.
@@whitesugar486 god damn. I remember when i lived my first magnitude 6 earthquake. I thought i was gonna die. I was in school and we had to evacuate it. Nothing bad happened thought just a few broken windows
I personally expirienced at least 5 Earthquakes stronger than 5.0 on Richter scale the last year and a half . I can tell you it doesn't feel scary after some time
Just got this video recommended, as an architectural engineering student with an Ender 3 printer you got me hooked instantly. I'm definitely checking out the rest of the channel!
For the steel reinforced beam at 3:05. You should have placed the beam so the reinforcing is on the bottom of the beam. Your configuration doesn't make full use of the steel reinforcement because the steel is in compression when loaded. As the beam is loaded, the top of the beam is under compression but the bottom is under tension. (Steel is mainly used for its tensile strength) Both beam experiments actually experienced tensile failure. Also the reinforced experiment collapsed roughly with the same speed as the unreinforced beam, which is not a favorable outcome because no one makes it out alive. Loaded in the other configuration not only makes the beam stronger but it also slows down the speed of collapse as the steel stretches which allows people to see the beam deforming and gives them time to escape.
“one of these areas“ *shows the entire world* “you have probably experienced an earth quake“ me who lives in scotland: *i am four parallel universes ahead of you*
@@JimboJuice youtube has a young majority, but not all children are uneducated or know less. We have to stop with that belief. If we contantly tell kids that they are not smart just because theyre kids, it will mess with their self confidence. Kids life matters. I remember how sad and angry I felt when no one took my words seriously just because I was smaller, around 6 or 7. Now I am 13, and I hope we can change the way certain people of society treat people who are young. Their opinions should count too.
i thought of balls instead of rollers, since if it was balls, you can sway to left to right and unlike the rollers, you can also sway forward and backwards
you know, this can actually be very helpful for people. i, and many others, appreciate this video. i'm sure somebody will apply this information i subscribed
You can use a text editor to write the g-code. For basic oscillation you can just do: G1 Y0 G1 Y20 G1 Y0 G1 Y20 G1 Y0 G1 Y20 etc. G1 is the move command and y is the y coordinate you want it to move to. Save the text file with .gcode extension and upload it to your 3d printer.
One problem with the masonry demonstration, it was only one wall. Masonry becomes infinitely more sturdy once you put another wall connection. nice stuff though!
Cool demonstration definitely deserves my like, though I cannot help but point out, as a concrete man myself, that you should have let the concrete dry for at least a couple of days. I would say 10 to 14 days but since the quantity of it I recon a couple of days would have sufficed. At least until the concrete have changed in color a bit. This would have made a world of difference between the reinforced and the regular slab. Also, in these types of hangover slabs (excuse me for missing the right term here) there is a lott more, depending on the weight it has to carry, thick rebars inside a rebar cage (I have no idea what most professional terms are in English). Basically the more load it has to carry the more rebars and the more thick they have to be inside different class concrete. So nowadays structural errors are barely made on a constructional level. Now I have to add that in my country earthquakes never happen (knock on wood), so we don't construct buildings appropriately, and I have therefore little to no knowhow about this, but this is how we reinforce a building.
I live in Greece, Herakleion Crete and currently for some reason so many earthquakes happen. 2 days ago more than 20 earthquakes occured. The biggest was about 6,3 Richter.
my parents were living in Northridge while attending csun in 1994. they had a bit of PTSD for a while after. they would tell us about how their building dropped one entire floor and crushed their brand new cars into a 15 inch tall block, and how they learned to never hang anything over beds when their elderly neighbor's large bedside mirror broke on her during the earthquake. their apartment was completely destroyed and they only made it out with the clothes on their backs and their bicycles. thanks for the informative video 👍👍👍
Had to do a half hour presentation about this stuff. The japanese got it figured out like nobody else. A common building method is to hang a giant steel ball from a a steel rope in the centre of the building
In Australia we had a big earthquake. Nothing bad happens except for a few buildings crashing. The experience was really scary because Australia is on a tectonic plate and we don’t have many earthquakes. But when we did it was a sudden shock and very scary for all the people who were affected by it. Luckily no one was hurt and not a lot of damage was caused.
This video shows a weak axis failure of a cantilever masonry wall but that it not the issue. The issue is strong axis lightly to no reinforced masonry/conc walls which have high stiffness and attract high loads until cracking in which the capacity becomes zero.
Great video, very interesting and helpful. I will subscribe to your Channel. I have a Question: where did you buy the frame or braced building kit? Got any link? Thanks for your video and answer!!
here in Chile the country where the largest earthquake in history was, the buildings are created by distributing the energy of the earthquake to the entire construction and of course everything is reinforced, I just say it as a small fact
I've already gotten through nearly 10 earthquakes in only a 5 year gap. I've gotten pretty used to them to the point where I just ignore the less extreme ones when I'm at home
![ผัวเถื่อน - ยูริ โตเกียวมิวสิค [ OFFICIAL MUSIC VIDEO ]](http://i.ytimg.com/vi/P08ORRVDGl8/mqdefault.jpg)
![Tesla Earthquake Machine [3D Printed]](/img/n.gif)
This is interesting when your not forced to learn about it
Fr
True for a lot of things
Schools should take notes!
@@Otto-tv1wt ur
@@mr.context3872 your grammar is so shit even Google says "Translate to English"
Huge respect for the LEGO mini fig that had to endure so much pain to show an example how dangerous earthquakes are.
For the brick one he didn't even get hit lol
I slept threw an earthquake
Hell yeah
For anyone wondering why concrete works better when reinforced with steel, its because concrete supports a lot of compressive strength but barely any tensile strength. The steel helps give it some additional tensile strength and doesnt take away much strength when it comes to its compressive strength. Its why if you slow the video down to super slow motion, you see the brick breaking from the bottom to the top (because the bottom needs to support tensile strength which isnt a strong suit of concrete as stated above)
Also steel is used because it has the most similar thermal expansion. Which helps with longevity. Or thats what i heard at least. Please do correct me
This sounds very similar to a video i watched, cool
@@maximcoppieters correct. Means that when temperature increases, no internal stresses within the concretes fisures form causing potential cracks etc.
whos the smart one now?
For anyone wondering why reinforced concrete is better it’s because it is reinforced
That is why here in Chile we have anti-seismic construction standards. Since we are one of the countries with the highest tendency to have earthquakes, the only houses that fall are the most old that did not have those standards.
Accidentally read anti-seismic as anti-semitic 😳🙊
Im gonna admit i totally read anti-seismic as anti-semetic construction standards and laughed my ass off
Woah, cool it with the anti-semitic remarks
Somos el mejor país de Chile
@@haruchunchunn si wn
japan should just dig up the island and put rollers under it
A genius
*ah yes, we can just dig up an island*
Lmao
@@anormalperson9552 it’s possible just long tkme
We should just pick up the country, and push it somewhere else.
Very clever.
Thanks Chuck!
-Steven
no
I agree hes clever
@@twopast no
@@loukad.4812 no
Me who has 5 floors and lives in a 270 year old brick house: *intense sweating*
Yeah there's been a 6 to 7 earthquake over 600 years ago that leveled my city. However, our old brick house recently survived a 5.4 without any visible damage so I guess it's most likely not going to collapse while I live here. We did invest in a good earthquake insurance though.
You're going to die unless you repair that house
I live in the uk we literally never get earthquakes
Oh dang was that an rich alarm?
5 floor house wtf?!?
As a man in the pacific ring of fire, i understand this concept and i feel that lego man's pain
peru/chile (sorry i dont like that much geography lol)
I’m from Chile, we actually celebrate every earthquake, no one is scared of it here, it’s something quite usual
Same.... (Philippines here!)
chile gang rise up
As a person from Scandinavia, I've never experienced a single earthquake, and I doubt I will as long as I'll remain here
"If you've been in an earthquake you know how scary it feels"
Chileans: I dont posses such weakness
if less than 6 i wont even feel it, saludos desde chile.
Chile is a great country, i love the infrastructure of their buildings. Saludos desde el peor país de Chile.
@@J-Pop Chile tiene buenas estructuras anti terremotos, lo demás esta lleno de corrupción y poca calidad de vida para la clase trabajadora
La paja de vivir en chile es que no podemos tener edificios bonitos porque se caen :(
true
one of these areas: shows a map of the entire world.
The places painted in red are the most affected by earthquakes.
Are you dense?
Technically earthquakes could happen anywhere, but they are very rare in most places.
Are you dense?
Because not only America exists.
Very interesting use of a 3D printer, nice to see you putting some of your civil engineering knowledge into a video. Definitely learned something!
The only issue with a roller frame design, aside from the fact that it’s a wonderful idea, is that it won’t work for current utility connections. They would require too much tech and expansion joint work that it would basically make it incredibly expensive to install and maintain. I love the idea tho.
Na, you can make all that stuff with a flexible section to compensate. Like water and sewage pipes with a few zigzags with freely rotating joints at the corners. Thats what they use in hospitals in New Zealand.
Its not an idea anymore its actually used on real buildings. If you already knew it was used then sorry, but your comment makes you sound like you ve just heard about it now.
It only works on buildings built with it from the start.
And it does work
You could also design rigid joints that will decouple and seal themselves automatically if an earthquake happens and the building starts rolling.
@@tissuepaper9962 Again, great idea, but the tech behind it would be incredibly expensive to design, implement and upgrade to millions of pre-existing homes. I love the possibility tho.
I live in Greece and every single day I can feel the ground moving. I’m not even joking.
Same
Well hello there Greek people lol
Maybe don't drink that much :D Just kidding, cheers from Poland of all places that this joke might come from xD
From Chile. There're earthquakes almost everyday yet we are so used to those we can't feel 'em on our feel anymore.
From 6 to up we just start noticing 'em.
@@miserirken tai ma weon
Great interesting video! Interesting use of a 3D printing bed to demonstrate this
well, in chile we have usually at least 2 low intensity earthquakes (7.5 aprox) per year and so far i find them pretty fun.
*commented below a collapsed building*
Isn't 7.5 really bad??
@@xXFeralPyr0pteraXx depends on the country, for us it doesnt even scare people because we are used to earthquakes, let me tell you, pretty sure i aint gonna wake up for a 7.5.
@@ql11ql nah man, 7 5 is actually some real shit.
Mostly because thats when TVs fall down.
Also tsunamis.
@@lok4890 so, i was looking at some data of earthquakes in chile and actually there arent many 7+ ones , still dont found them dangerous, but the tsunamis are a real danger.
0:43
Joseph: CAESARRRRR!!!!!!!!!!!!
In chile we have a saying: "if it's not 7.0 richter. Dont wake me up". We are so used to earthquakes,that almost no one cares
Actually accurate hrmano, its kinda funny how other ppl can be scared for a 6.0 or a 5.0, when actually here we dont even care lol
@@thatguyneezie5569 si, but thats because Chile is prepared for the earthquakes. In other countries a 5.0 or a 6.0 can be deadly if theres no measures of safety taken.
@@AtomicWhiskers Facts, but i will still believe that i am lucky cuz my cardboard house can resist a 6.0 B) (joking lmao)
If the TV ain't falling, it ain't worth it.
@@AtomicWhiskers majority of "unprepared" countries are either poor countries or countries that will never deal with that (Brazil for example doesn't need any anti-earthquake measures)
My house has been through at least hundreds of earthquakes and its still standing. Cuz it only has one floor (haha broke)
When being broke has an advantage
I have a huge one floor long house, that is literally a rectangle.
When lying
@@TheMessiahOfThe99Percent they might just be only exaggerating.
@@TheMessiahOfThe99Percent laughs in Chile (still an exaggeration, that's true)
Still to this day I only experienced one earthquake in my life, and I barely noticed it. It was a magnitude 7 but it happened all along the east coast so it felt saturated and wasn’t even that noticeable.
when i lived in california we had tons of them. but they were never bad
@@Kameron2335 I'm in Cali rn, have been my whole life we get some here and there but never bad.
@@ashes4912 im from Chile, ask anything
Never ever experienced an earthquake
Lucky to be you it almost tsunami twice last decade (2011-2020) in my area because of big earthquake almost ever year (and minor earthquake at least once every 2 months)
MAN! What an ingenious way to illustrate these concepts! Very clever indeed.
I love how when the "brick" fall in the Lego guy he doesn't move
Chad doesn't need to move
Chat: Facts
Me: “An earthquake is striking Lego City!”
Some random Lego Person: “Hey!”
A while back, here in Australia, there were some earthquakes in unusual areas for the first time in many years. Scared the life out of me when it started shaking. Luckily my house and most buildings in the area were fine after, even though my house is literally sinking (it's on a steep hill). However, some places were not so lucky.
How strong was the earthquake?
@@brokolosbinala2970 it was around a 6 if I recall correctly
@@whitesugar486 god damn. I remember when i lived my first magnitude 6 earthquake. I thought i was gonna die. I was in school and we had to evacuate it. Nothing bad happened thought just a few broken windows
@The unjumbling Team same
It woke me up at 9am and I thought I was hallucinating when I saw the room shuddering
I personally expirienced at least 5 Earthquakes stronger than 5.0 on Richter scale the last year and a half . I can tell you it doesn't feel scary after some time
This is extremely helpful! Wish they used it in schools, especially in high earthquake risk areas.
"If you live in one of these areas..."
*SHOWS ENTIRE GLOBE *
“if you’ve ever been in a earthquake, you would know its scary” me who slept through a earthquake :👁 👄👁
@my man Oi Oi Oi!
The entire of Chile: [laughs in brbrbrbrbrb]
I've slept through at least 5 earthquakes over the 18 years I've lived in California
@@paullodridge1819 intresting i’ve only experienced 1 earthquake
@@maji2589 most of them were really minor but one was shaking the whole house and my mom was surprised I slept through it
me after watching this video being nowhere near an earthquake area:
MOOOM WE NEED TO BREAK OPEN A BRICK
Lol I live near a earthquacky area
@@BauttAlt me too loll
I know you're trying to be serious and informative, but I can't help laughing at the screaming little LEGO man. 😂
that lego is the reason I watched the full vid
Just got this video recommended, as an architectural engineering student with an Ender 3 printer you got me hooked instantly. I'm definitely checking out the rest of the channel!
For the steel reinforced beam at 3:05. You should have placed the beam so the reinforcing is on the bottom of the beam. Your configuration doesn't make full use of the steel reinforcement because the steel is in compression when loaded. As the beam is loaded, the top of the beam is under compression but the bottom is under tension. (Steel is mainly used for its tensile strength) Both beam experiments actually experienced tensile failure. Also the reinforced experiment collapsed roughly with the same speed as the unreinforced beam, which is not a favorable outcome because no one makes it out alive. Loaded in the other configuration not only makes the beam stronger but it also slows down the speed of collapse as the steel stretches which allows people to see the beam deforming and gives them time to escape.
Right as I understood that the platform was a 3d printer i was pleasantly surprised! Very creative.
One of these areas: literally the whole earth
Me: *guess I'm not safe anymore*
It doesn't show earthquake risk for the entire Earth though?
I live in central Brazil, never experienced a single earthquake in my entire life
@@Gustavovisk21 Brazil does not have a earthquake risk according to that map. So I'd say its accurate
Me who lives in an apartment that has underground parking: chuckles, I’m in danger.
“one of these areas“
*shows the entire world*
“you have probably experienced an earth quake“
me who lives in scotland: *i am four parallel universes ahead of you*
How has this been commented so many times? Does nobody know how to read a heatmap?
@@JimboJuice so apparently uneducated=children
@@JimboJuice youtube has a young majority, but not all children are uneducated or know less. We have to stop with that belief. If we contantly tell kids that they are not smart just because theyre kids, it will mess with their self confidence. Kids life matters. I remember how sad and angry I felt when no one took my words seriously just because I was smaller, around 6 or 7. Now I am 13, and I hope we can change the way certain people of society treat people who are young. Their opinions should count too.
"It's stronger but doesn't completely fails" perfect summary of my parents remarriage
i thought of balls instead of rollers, since if it was balls, you can sway to left to right and unlike the rollers, you can also sway forward and backwards
balls can swing in any direction
@@ワˬワ balls :)
you know, this can actually be very helpful for people. i, and many others, appreciate this video. i'm sure somebody will apply this information
i subscribed
0:44 how did that guy survive, the bricks phased through him 😅
Ayo this is one of his first virals great job man keep it up intresting content
They should definitely show you in schools, you’re informative and you can actually tell what you’re saying, I can’t see a problem with this video 👍
00:04 „and if you haven‘t been in an earthquake and you live in of these areas…“ *proceeds to show a map of the entire earth*
Are you dense?
@@somebody759 ._.
0:39 benifits of having a 3d printer
Jealous he actually worked for it?
@@Mike-vo2rp nah, they're decently cheap. I have an anycubic kossel though, but some people are forgetting about filament costs and printing time
That lego man had to go through multiple earthquakes for the sake of the video
*RESPECT*
This may or may not have something to do with the video but I really like eating melted plastic
This has everything to do with the video
This is mildly concerning.
@@albertomac22 I agree.
Do more of these, bridges, dams, skinny tall buildings,
How do I do this with my printer? is there gcode online for this? If there is I cant find it.
You can use a text editor to write the g-code. For basic oscillation you can just do:
G1 Y0
G1 Y20
G1 Y0
G1 Y20
G1 Y0
G1 Y20
etc.
G1 is the move command and y is the y coordinate you want it to move to. Save the text file with .gcode extension and upload it to your 3d printer.
One problem with the masonry demonstration, it was only one wall. Masonry becomes infinitely more sturdy once you put another wall connection. nice stuff though!
1:06 everyone gangsta till i start pushing the building to move it away
Cool demonstration definitely deserves my like, though I cannot help but point out, as a concrete man myself, that you should have let the concrete dry for at least a couple of days. I would say 10 to 14 days but since the quantity of it I recon a couple of days would have sufficed. At least until the concrete have changed in color a bit. This would have made a world of difference between the reinforced and the regular slab. Also, in these types of hangover slabs (excuse me for missing the right term here) there is a lott more, depending on the weight it has to carry, thick rebars inside a rebar cage (I have no idea what most professional terms are in English). Basically the more load it has to carry the more rebars and the more thick they have to be inside different class concrete. So nowadays structural errors are barely made on a constructional level. Now I have to add that in my country earthquakes never happen (knock on wood), so we don't construct buildings appropriately, and I have therefore little to no knowhow about this, but this is how we reinforce a building.
“If you haven’t been in an earthquake”
See my location isn’t in the blue, calm
*it’s in the red*
That lego man is having the worst day possible
Intersting fact there is a yearly conpetition of building designs able to resist earthquake tests in japan
I got recommended this a couple of weeks after an earthquake
I live in Greece, Herakleion Crete and currently for some reason so many earthquakes happen. 2 days ago more than 20 earthquakes occured. The biggest was about 6,3 Richter.
That poor Lego man has really gone through some rough architecture.
Respect for the lego guy
I find the innovations in architecture fascinating and promising, really cool
Using a printbed for this simulation is so cool!
Lego man stood standing when the bricks were dropped on his head.
He could definitely beat Goku.
That’s a dope Lego figure
my parents were living in Northridge while attending csun in 1994. they had a bit of PTSD for a while after. they would tell us about how their building dropped one entire floor and crushed their brand new cars into a 15 inch tall block, and how they learned to never hang anything over beds when their elderly neighbor's large bedside mirror broke on her during the earthquake. their apartment was completely destroyed and they only made it out with the clothes on their backs and their bicycles. thanks for the informative video 👍👍👍
Had to do a half hour presentation about this stuff. The japanese got it figured out like nobody else. A common building method is to hang a giant steel ball from a a steel rope in the centre of the building
This is honestly really cool and clever. well done
This is...very well made. Good job, mate
In Australia we had a big earthquake. Nothing bad happens except for a few buildings crashing. The experience was really scary because Australia is on a tectonic plate and we don’t have many earthquakes. But when we did it was a sudden shock and very scary for all the people who were affected by it. Luckily no one was hurt and not a lot of damage was caused.
What is wrong with you?! Why you gotta hurt the Lego man? What did he ever do to you!
This video shows a weak axis failure of a cantilever masonry wall but that it not the issue. The issue is strong axis lightly to no reinforced masonry/conc walls which have high stiffness and attract high loads until cracking in which the capacity becomes zero.
3:45 thats good advice if you know when an earthquake is going to happen
I did not know about those rollers.
Awesome video!
I thought this video had millions of views and I was surprised when it only had 500k you deserve way more
Me living in a brick design without rollers: uhu uhu uhu
these building proportions are comedic
Just build everything out of legos, that way, when the buildings collapse, it’ll be easier to rebuild them. Simple as.
The thumbnail looks like a demonstration of why you wouldn’t want to climb onstage during The Trial in Roger Water’s The Wall
*"If you live in one of these areas"*
_"Shows the entire world"_
I’m lucky to say that I’m here before this gets recommended for to everyone
Great video, very interesting and helpful. I will subscribe to your Channel. I have a Question: where did you buy the frame or braced building kit? Got any link? Thanks for your video and answer!!
3:46
Working as a loader at UPS be like
A man is trying to survive natural disasters in Lego City!
*DISTANT LOUD HEY*
here in Chile the country where the largest earthquake in history was, the buildings are created by distributing the energy of the earthquake to the entire construction and of course everything is reinforced, I just say it as a small fact
Building built on rollers pre earthquake: I live on 11th street.
Building built on rollers post earthquake: I live on 3rd street.
This video is pretty underrated.
Me : Prints Lego
Lego company : Wait that’s illegal
earthquake *starts*
you: yeah hello, is your brick/masonry building reinforced or not?
"if you've been in an earthquake, you'll know how scary it is" yea right
Adding that lego man was a stroke of genius.
My mom:you can't learn anything from the phone
Things on phone:
No lego figures were harmed in the making of this video
I've already gotten through nearly 10 earthquakes in only a 5 year gap. I've gotten pretty used to them to the point where I just ignore the less extreme ones when I'm at home
I got an obsession with tungsten cubes after seeing this video
Ah yes, during a spontaneous earthquake I'll make sure not to be near a non-reinforced concrete building.
That Lego had more facial expression than the people who were in a earth quake movie
This is why I love Denmark, no earthquakes, no tornadoes, no tsunamis, and no hurricanes
Honestly i’ve actually gotten used to earthquakes as where i live earthquakes happen alot. And by alot, i mean A LOT
Me eyeballing un-reinforced concrete during a earthquake
That Lego man had me laughing through the whole video
What you feel when your neighbors are banging
“if you haven’t been in an earthquake, then you might live in one of these areas * shows melbourne * “
melbournians : *ARE YOU SURE ABOUT THAT*
It’s awesome this got on the recommended good job.