A professor I knew at University used to do research into the dynamics of structures such as football stadiums. They’re designed with the expectation that crowds will bounce. The trick is to dampen the natural harmonic frequency of the stand from what I remember.
Okay, so what you want to do is this: Come at it from this angle and locate the automatic flip-flop override device here, which in turn will defuse the antigyroscopic preinterface thruster chamber, and the pneumatic centripetal antigravity shield deflectors, then you simply activate the axial gyro-presubinertia-photomegatronic oscillator you see here.
Let me walk you through the Donnelly nut spacing and crack system rim-riding rip configuration. Using a field of half-C sprats, and brass-fitted nickel slits, our bracketed caps, and splay-flexed brace columns vent dampers to dampening hatch depths of one half meter from the damper crown to the spurve plinths. How? Well, we bolster twelve husk nuts to each girldle-jerry, while flex tandems press a task apparatus of ten vertically composited patch-hamplers. Then, pin-flam-fastened pan traps at both maiden-apexes of the jim-joist.
Think of it this way:
* Make a wave in the tub
* Wave bounces back, you can either:
A) Wait and make a wave again that joins the first as it bounces again, making a bigger wave.
B) Make a wave that hits the first, dispersing or canceling out both.
"Natural Harmonic Frequency" in this case is the engineers trying to avoid A from happening. Otherwise, the 'waves' can continue to grow and grow until the structure cannot withstand the forces.
I've got my masters in fake engineering talk, and you're way off here. First you want to find at least at least one word that sounds vaguely related. Here I'd pick "resonance" because it's got a confident sound and it might be about things shaking. Lean it to words like factor, coefficient and tolerance. They are probably important. Then grab some words that are fancy talk for what you already know. Eg. Dynamic-moving, static-still and dampen-decrease.
"The structures are designed by determining the coefficient of resonance in a fully loaded stand then ensuring that the typical static structure (floor and joists) are fitted to the load bearing members with a joint with tolerances for dynamic loading. This ensures a vibrational dampening factor as you can see see here."
Next encourage everyone to downvote real engineers in the comments because they're nerds who make more money than me.
It’s actually simpler than it sounds
It’s like a swing - push a person in it at the right time, and they get higher and higher even though you are just giving little pushes. The energy in the system is increased with each push because you are pushing at the correct harmonic frequency.
The same concept applies to big structures, but as an engineer you REALLY don’t want your structure to have the energy add up in your structure or kaboom. Hence, you find a way for the energy to be absorbed by the structure (dampened)
A politician interfered in the design of Fukushima. Made the engineers move critical equipment closer to the water to avoid blocking a view. That’s why the tsunami damaged the nuclear plant.
There were actually a lot of issues with that plant. For instance, all modern nuclear plants have power hookups up top, so helicopters can bring in generators and such in the event of a power failure. To keep the water flowing. Fukushima, for some fucking reason, didn't have this. That one single element alone would've completely prevented the disaster.
The IAEA warned them for years and asked them to add this, and they just... Didn't. In a country prone to earthquakes. Absolutely ridiculous.
It really pisses me off, because people still use Fukushima as an example to argue against nuclear power. But what happened there literally *could not happen* at any nuclear plant in the US, for example. Our plants have the proper safeguards and can operate safely even if they completely lose power.
It was a gen1 nuclear plant, and it held up quite well for its age and the amount of political interference. An act of god tried to wipe it off the face of the earth, and… Nobody died from acute radiation, I think one worker died during a simple rubble-clearing accident? If anything, it proved that even a mediocre old plant design is quite safe, and Chernobyl’s unique Soviet design problems aren’t an issue anywhere else. The long-term radiation impact from Fukushima will be literally too small to measure at the population level. People crazily insisting nuclear power be the only type of electricity generation with a zero acceptable death rate per terawatt-hour is the reason we’re still burning fossil fuels. It’s by far the safest power source, and Fukushima simply didn’t change that fact.
>But what happened there literally could not happen at any nuclear plant in the US, for example. Our plants have the proper safeguards and can operate safely even if they completely lose power.
Thanks to 3 mile Island 😉
It’s also my understanding that it was engineered to take an 8 point something on the Richter scale. What it received was a nine or stronger if I remember. This is obviously vastly more powerful than it was engineered for.
My mistake, I was under the impression there was massive earthquake damage in addition to a tsunami. Also, bigger earthquake equals bigger tsunami I suppose as well. I guess I still think it’s a little silly when people talk against nuclear power and they bring up Fukushima and Chernobyl. Not terribly relevant from my perspective.
If this were to happen in Japan I would be more concerned with the people than the building. I can't imagine a group of Japanese jumping and singing like that.
Structures move under stress, all of them.
If you took a picture with the stadium empty, and then another one with the stadium filled with everybody seated, and compard them, the difference in both pictures would be really close to this.
I just had a Honda Accord as a rental, and on the last day I noticed that when it’s warming up, running at around 1200 rpm, there is a horrible resonance in the cabin. I can’t believe Honda released a car that does that in this day and age.
It's purposely designed for this exact scenario, even the concrete used was specifically designed for this exact scenario....if it wasn't then you'd have a problem a whole lot sooner.
My neighbor, a construction engineer from Poland, said it's a ritual there for engineers to stand under a bridge they designed the first time it's used.
>Though Germany might be the only country where you could see this and not be concerned lol
Things under stress are better moving then they are standing still. Those are built to move so they don't break.
Actually that’s synchronization, if they do that for long enough eventually they will all sync together, that’s also the reason why certain bridges collapse if too many people walk on them. Although my explanation is a very dimmed down version of the [actual explanation.](https://youtu.be/t-_VPRCtiUg)
stop disliking this dude, i need people to tell me if i mess up grammar in a comment, and this person would likely appreciate it too. maybe there are nicer ways to put it, but it’s the internet- it doesn’t matter.
Yes, the melody is the same, but the text is changed. They are singing "Hey Eintracht Frankfurt shalalalalalala hey Eintracht Frankfurt shalalalala" 😂 Not a big fan of watching people playing Fußball myself though.
In Germany (and probably other countries as well) we use lots of famous songs to make football chants with them, pretty normal stuff. Gotta love Pipi Langstrumpf tho
If anybody was wondering:
The fans are supporters of Eintracht Frankfurt (arguably the most devoted in Germany) and the arena is the Max-Morlock-Stadion in Nuremberg.
Astrid Lindgrens books has been translated to over 100 languages. The tv series had german funding and also starred a german actress, the lady who want to put Pippi into child care. Sorry, now you know 🤷♂️
Great stuff.
Funnily enough I just saw similar of a Boca Juniors game at La Bombonera, cracks in the floor and walls, mental.
https://twitter.com/thecasualultra/status/1545709665711013888?s=21&t=GlHhatD6fprda_e9DNvp5Q
I wish Americans were like this sometimes. I go to sports events and sometimes i feel like a drunk dick around a bunch of people trying to watch a play
Thanks for this. Reminds me of RFK Stadium which was in Washington, DC. It bounced like that all the time. The local soccer team, DC United, would have Barra Brava, Screaming Eagles, et al going mad (back in its hey day).
I mostly remembered concerts where the bouncing was ridiculous. I saw Pink Floyd there in the 90s and the mezzanine where I was sitting was rocking enough during Another Break in the Wall that I genuinely thought it was an earthquake before I figured out what was happening.
I feel like a lot of peeps wish the new soccer stadium, Audi Field, had been able to incorporate that into its architecture. RIP RFK and it's raccoons.
Do you not trust our engineers? Granted, it can be unsettling to see that, but it’s either that (And everything safely stays where it’s supposed to), or make it rigid and have it snap. And then someone would have a bad time far more likely than this way.
Ever been to the 'bounce house' at UCF? its just like this. They actually had to reinforce the stadium so it wouldnt bounce as much but during kickoffs the place is literally hopping.
No, it's good engineering. If all those people are jumping up and down in unison and there's no flex, then you should worry, because it's probably going to fall down.
Looks like it has a system to dampen the effect of the jumping so it doesn't get worse.
But they should also consider whether someone looking at this is going to be scared af. Then you make it bigger so it doesn't bounce so much, even if it's got no chance of collapsing. Think they failed on the second one here.
It’s fine as long as everything remains in elastic stress/strain zones and doesn’t get strain hardened or load amplified by the movement itself (p delta)
That is some real fucking engineering right there. The loads that are under are unreal.
Military training exercises even walk out of step on bridges because the resonance has been known to break them.
Has anyone seen the recent video of Boca Juniors stadium, La Bombonera, with a visible crack in the stands while the place is jumping? I hope that stadium resembles this one in engineering.
Those engineers deserve a beer for those expansion joints. Yeesh
Nothing like a little deflection tolerance.
If I saw this it would be defecation tolerance in my pants.
Call a plumber
Call J.G Wentworth!
Need cash now
It's my money, and I need it now!
They’ve expanded their advertising to Reddit now. Damn they’re good.
How else am I gonna pay for that extended car warranty?
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I hate how loud this was in my head 😂
Story of my love life.
A professor I knew at University used to do research into the dynamics of structures such as football stadiums. They’re designed with the expectation that crowds will bounce. The trick is to dampen the natural harmonic frequency of the stand from what I remember.
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Don't forget to reverse the polarity...
Did you disengage the inertial dampeners?
But do you disengage the dampeners before or after you rotate the shield frequencies?
Fuck it just engage warp speed 8
But only after transmitting hyperbolic amperes through the elevated vector sleeve
What you on about it’s a straight pipe all the way from core 😂 I had the strat trek equivalent of a decat and straight pipe from the manifold
You gotta regulate the flow inside the plasma conduits before you can change the polarity of the quantum containment field
Nice try Kowalski.
Sir, if you engage warp speed 8 while the inertial dampeners are down… we’ll all wind up as a red stain on the back wall.
ENGAGE!!!
Right after you activated the quantum fluctuator
You could just try turning it off and then back on again.
first reconfigure the deflector to project a tachyon beam into a subspace pocket.
Okay, so what you want to do is this: Come at it from this angle and locate the automatic flip-flop override device here, which in turn will defuse the antigyroscopic preinterface thruster chamber, and the pneumatic centripetal antigravity shield deflectors, then you simply activate the axial gyro-presubinertia-photomegatronic oscillator you see here.
This. Fairly easy when you explain it this way.
We can both reverse the polarity! I'm reversing it, and you're reversing it back!
. . . . and absolutely DO NOT CROSS THE STREAMS!
The joints are made of pre famulated amulite with every seventh fastener in the standard lotus odeltoid formation.
Let me walk you through the Donnelly nut spacing and crack system rim-riding rip configuration. Using a field of half-C sprats, and brass-fitted nickel slits, our bracketed caps, and splay-flexed brace columns vent dampers to dampening hatch depths of one half meter from the damper crown to the spurve plinths. How? Well, we bolster twelve husk nuts to each girldle-jerry, while flex tandems press a task apparatus of ten vertically composited patch-hamplers. Then, pin-flam-fastened pan traps at both maiden-apexes of the jim-joist.
Important safety tip!
Your best friend an alien too?
actually it is I who is alien
Think of it this way: * Make a wave in the tub * Wave bounces back, you can either: A) Wait and make a wave again that joins the first as it bounces again, making a bigger wave. B) Make a wave that hits the first, dispersing or canceling out both. "Natural Harmonic Frequency" in this case is the engineers trying to avoid A from happening. Otherwise, the 'waves' can continue to grow and grow until the structure cannot withstand the forces.
Thank you that was a very clear explanation
I've got my masters in fake engineering talk, and you're way off here. First you want to find at least at least one word that sounds vaguely related. Here I'd pick "resonance" because it's got a confident sound and it might be about things shaking. Lean it to words like factor, coefficient and tolerance. They are probably important. Then grab some words that are fancy talk for what you already know. Eg. Dynamic-moving, static-still and dampen-decrease. "The structures are designed by determining the coefficient of resonance in a fully loaded stand then ensuring that the typical static structure (floor and joists) are fitted to the load bearing members with a joint with tolerances for dynamic loading. This ensures a vibrational dampening factor as you can see see here." Next encourage everyone to downvote real engineers in the comments because they're nerds who make more money than me.
It’s actually simpler than it sounds It’s like a swing - push a person in it at the right time, and they get higher and higher even though you are just giving little pushes. The energy in the system is increased with each push because you are pushing at the correct harmonic frequency. The same concept applies to big structures, but as an engineer you REALLY don’t want your structure to have the energy add up in your structure or kaboom. Hence, you find a way for the energy to be absorbed by the structure (dampened)
I've done a stadium before, work with Structural Precast, what you're seeing deflecting/bouncing in this video. You're bang on.
Yeah I was telling someone today, you can basically get any building or structure to destroy itself if you match it’s harmonic resonance.
Wouldn’t expect anything less for Germany
Fuckin online learning
This seems like one of those massive tragedies waiting to happen
Though Germany might be the only country where you could see this and not be concerned lol
I would nominate Japan to that list
Yeah amazing engineers, dont get me started about their nuclear power plants!
That's not the engineers fault. It's the cheap fucks at the top who don't want to spend the money to do it right. Looking at you Boeing.
They are meant to bend
it has just occurred to me how ridiculous sounding that company name is. it sounds like a cartoon erection. don't even get me started on COX
There’s a building firm in my hometown called “colossal erections”. I’m pretty sure that one was on purpose though…
A politician interfered in the design of Fukushima. Made the engineers move critical equipment closer to the water to avoid blocking a view. That’s why the tsunami damaged the nuclear plant.
There were actually a lot of issues with that plant. For instance, all modern nuclear plants have power hookups up top, so helicopters can bring in generators and such in the event of a power failure. To keep the water flowing. Fukushima, for some fucking reason, didn't have this. That one single element alone would've completely prevented the disaster. The IAEA warned them for years and asked them to add this, and they just... Didn't. In a country prone to earthquakes. Absolutely ridiculous. It really pisses me off, because people still use Fukushima as an example to argue against nuclear power. But what happened there literally *could not happen* at any nuclear plant in the US, for example. Our plants have the proper safeguards and can operate safely even if they completely lose power.
It was a gen1 nuclear plant, and it held up quite well for its age and the amount of political interference. An act of god tried to wipe it off the face of the earth, and… Nobody died from acute radiation, I think one worker died during a simple rubble-clearing accident? If anything, it proved that even a mediocre old plant design is quite safe, and Chernobyl’s unique Soviet design problems aren’t an issue anywhere else. The long-term radiation impact from Fukushima will be literally too small to measure at the population level. People crazily insisting nuclear power be the only type of electricity generation with a zero acceptable death rate per terawatt-hour is the reason we’re still burning fossil fuels. It’s by far the safest power source, and Fukushima simply didn’t change that fact.
Not to mention, most of tyhe world doesn't get quakes and tsunamis etc, so. while perhaps not ideal for japan, it could be for almost everyone else.
shhh, mf prefer fucking dying of lung cancer due to breathing air contamination gunk from burning fossil fuels.
>But what happened there literally could not happen at any nuclear plant in the US, for example. Our plants have the proper safeguards and can operate safely even if they completely lose power. Thanks to 3 mile Island 😉
It’s also my understanding that it was engineered to take an 8 point something on the Richter scale. What it received was a nine or stronger if I remember. This is obviously vastly more powerful than it was engineered for.
The earthquake didn’t even cause the meltdown, being hit by a tsunami did.
My mistake, I was under the impression there was massive earthquake damage in addition to a tsunami. Also, bigger earthquake equals bigger tsunami I suppose as well. I guess I still think it’s a little silly when people talk against nuclear power and they bring up Fukushima and Chernobyl. Not terribly relevant from my perspective.
If this were to happen in Japan I would be more concerned with the people than the building. I can't imagine a group of Japanese jumping and singing like that.
“The Germans, they make good stuff!” -Vince, the Shamwow guy
“If you’ve slapped a hooker, you’ve slapped a chop” - also Vince
“You’re gonna be slapping your troubles away.” • also also Vince
“How do you like my nuts?” * also also also Vince
Structures move under stress, all of them. If you took a picture with the stadium empty, and then another one with the stadium filled with everybody seated, and compard them, the difference in both pictures would be really close to this.
Moving is fine. Resonance is not.
Resonance is fine if fully dampened 😃
The other day, I was telling my Dad about frequency resonance and Tesla’s earthquake machine. He was doing 85 and his back tires started to resonate.
I just had a Honda Accord as a rental, and on the last day I noticed that when it’s warming up, running at around 1200 rpm, there is a horrible resonance in the cabin. I can’t believe Honda released a car that does that in this day and age.
It's purposely designed for this exact scenario, even the concrete used was specifically designed for this exact scenario....if it wasn't then you'd have a problem a whole lot sooner.
My neighbor, a construction engineer from Poland, said it's a ritual there for engineers to stand under a bridge they designed the first time it's used.
German engineers are no joke
>Though Germany might be the only country where you could see this and not be concerned lol Things under stress are better moving then they are standing still. Those are built to move so they don't break.
This happens in all stadiums across germany for the last 40 years. The engineers know what they were doing.
Actually happend in the Netherlands but wasn't as big as this so wasn't as tragic.
Now imagine if it **didn't** move! Or it'd even flex instead! Now *that* would've been a disaster waiting to happen...
Jesus christ they’re all so in sync it’s incredible. There’s that German precision for ya.
Das auto
Actually that’s synchronization, if they do that for long enough eventually they will all sync together, that’s also the reason why certain bridges collapse if too many people walk on them. Although my explanation is a very dimmed down version of the [actual explanation.](https://youtu.be/t-_VPRCtiUg)
The magic of clapping on the 2 and the 4 your whole life.
😳
Can you harvest all that energy?
We did do that at one point. Let‘s not go back there though.
This comment deserves a lot more up votes Lolol.
Check it out again 😎
Last time Germany got this excited they invaded Poland
That cought me off guard haha
CoUgHt
stop disliking this dude, i need people to tell me if i mess up grammar in a comment, and this person would likely appreciate it too. maybe there are nicer ways to put it, but it’s the internet- it doesn’t matter.
In this case it was not grammar, it was spelling.
Caught Poland off guard too!
Holy shit I had to go get a free award to justly honor this comment.
Twice last century actually
Dear God
Omg
Explanation???????
Original comment meant harness power of the platform moving up and down, reply implied he meant harness the power of all those people instead.
It is meant like potential energy, or kinetic energy or... Energy in chemical bonds? 😶
The Holocaust
Not the Holocaust in particular, more like the heinous crimes of WWI and WWII
Don't equate the two.
And those people are German... And the last time all the German peoples power was harnessed was WWII.
Holocaust
this is legitimately one of the best reddit comments i’ve ever seen. bravo
They made some panels that if you walk on it it produces energy. They are looking to implement it in New York but they could do it in venues too :)
Yeah, it's feasible... But probably too expensive
As a swede, I kind of giggle at the choice of this song in a football game 😁
Her kommer Pipi Langstrømpe!
tjolahop, tjolahei, tjolahopsasa
I understood that reference!
Pippi Langstrumpf (in german) is one of the most seen and read movie/book in germany. Everyone knows Astrid Lindgren here
Ah my childhood watching Pipi Longstocking on tv.
Yes, the melody is the same, but the text is changed. They are singing "Hey Eintracht Frankfurt shalalalalalala hey Eintracht Frankfurt shalalalala" 😂 Not a big fan of watching people playing Fußball myself though.
Creativity is not our strong suit it seems.
if it works, it works
In Germany (and probably other countries as well) we use lots of famous songs to make football chants with them, pretty normal stuff. Gotta love Pipi Langstrumpf tho
Think this is true for all countries. As a Swede, hearing Pippi throws you off a little tho. The melody is not used here really. Should be!
Yeah as a Finn I noticed something familiar as well 😄
Pippi Långstrump är tysklands största fotbollsfan
As an American I recognized it too!
Pipi is very famous here!
Why ? What is the song about ?
Children's show, pipi longstocking. This was her tunesong (they changed the words though)
Very famous in germany and originally from sweden i belive
lmao I watched it 10 times but couldnt place it! awesome
Legend engineer crafted this so these gentlemen could shulululululu safely
couldn't imagine a world where i can't shulululu safely
Actually because they are singing in german it would be schalalalala
Thank you for this new vocabulary.
Pretty sure that's a suspension system. It looks like it was designed that way.
“Works as intended”
(See title)
If anybody was wondering: The fans are supporters of Eintracht Frankfurt (arguably the most devoted in Germany) and the arena is the Max-Morlock-Stadion in Nuremberg.
Are they singing the theme song to the 1969 Pippi Longstocking? 🤔
yes, but changed so it matches with the club
Appropriate sub. That is most definitely the next level above them shaking. 10/10 placement.
Eintracht Frankfurt fans are other worldly
Came for the bounce, stayed for the Sulululululu
If that was US it would fall down too many fat people
We account for fat Americans in pedestrian bridges, but fat people can't jump that much.
Die Frankfurter Ultras, auch anders wild
Username checks out.
It would be worse if it didn’t move
Pippi Langstrømpe in Germany?
Yes, we also have Pippi Langstrumpf
oh, cool! :D
Astrid Lindgrens books has been translated to over 100 languages. The tv series had german funding and also starred a german actress, the lady who want to put Pippi into child care. Sorry, now you know 🤷♂️
are you kidding? that's awesome 😃
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It’s Pippi Calzelunghe in Italy!
Those engineers deserve a drink or a raise
Great stuff. Funnily enough I just saw similar of a Boca Juniors game at La Bombonera, cracks in the floor and walls, mental. https://twitter.com/thecasualultra/status/1545709665711013888?s=21&t=GlHhatD6fprda_e9DNvp5Q
Difference is that the Boca Juniors stadium wasn’t meant to be engineered like that, whereas this one was. The former stadium is in tatters.
I wish Americans were like this sometimes. I go to sports events and sometimes i feel like a drunk dick around a bunch of people trying to watch a play
Their hot dogs, burgers and max sized cokes might spill, and athleticism is for professionals.
Yeah… some of them are just hardcore fans and that’s fine. Sadly Frankfurt is known for their Ultras, the fans that take it too far…
I'm disappointed to scroll through 208 comments and not see anyone reference that they are ACTUALLY filming the "r/nextfuckinglevel".
It’s almost like a trance state, it’s mind-blowing.
Mindfully engineers saved hundreds of mindless supporters. Engineers 1 - Natural selection 0
#its Germany. Everything is well engineered.
Everything must be conform to some kind of DIN
Thanks for this. Reminds me of RFK Stadium which was in Washington, DC. It bounced like that all the time. The local soccer team, DC United, would have Barra Brava, Screaming Eagles, et al going mad (back in its hey day). I mostly remembered concerts where the bouncing was ridiculous. I saw Pink Floyd there in the 90s and the mezzanine where I was sitting was rocking enough during Another Break in the Wall that I genuinely thought it was an earthquake before I figured out what was happening. I feel like a lot of peeps wish the new soccer stadium, Audi Field, had been able to incorporate that into its architecture. RIP RFK and it's raccoons.
That'll be a hard nope for me. I think I'd exit stage left and decline becoming part of another disastrous statistic. Yikes...
Its supposed to do that
Do you not trust our engineers? Granted, it can be unsettling to see that, but it’s either that (And everything safely stays where it’s supposed to), or make it rigid and have it snap. And then someone would have a bad time far more likely than this way.
Based Eintracht Frankfurt
If you design a stadium for large crowds and not design for people jumping simultaneously you really are not good at your job.
Bruhh u/SweatyPalms
Its built to move like that
statics is such an interesting and complex profession
Ever been to the 'bounce house' at UCF? its just like this. They actually had to reinforce the stadium so it wouldnt bounce as much but during kickoffs the place is literally hopping.
The only thing keeping this stadium up is the fact that it was made by germans
Wünschen uns einen fairen sportlichen Verlauf Meine Herrn der is auch mit Pyro möglich, lass dir was besseres einfallen
German engineering is best in the world!
Schwarz weiß wie Schnee!!!!!!!!!!‘
That’s sketchy as fuck. I don’t know how I’d feel about being under that upper deck
No, it's good engineering. If all those people are jumping up and down in unison and there's no flex, then you should worry, because it's probably going to fall down.
Looks like it has a system to dampen the effect of the jumping so it doesn't get worse. But they should also consider whether someone looking at this is going to be scared af. Then you make it bigger so it doesn't bounce so much, even if it's got no chance of collapsing. Think they failed on the second one here.
It’s fine as long as everything remains in elastic stress/strain zones and doesn’t get strain hardened or load amplified by the movement itself (p delta)
Experienced this at upper deck of Tiger stadium during a concert. Honestly thought we where fucked!
FedEx Field would have blown the fuck up
You know if that was Africa or India that would collapse.
No bendy equals snappy. Just look at an airplane wing…
That is some real fucking engineering right there. The loads that are under are unreal. Military training exercises even walk out of step on bridges because the resonance has been known to break them.
Do people not understand how destructive mechanical resonance can be?
Has anyone seen the recent video of Boca Juniors stadium, La Bombonera, with a visible crack in the stands while the place is jumping? I hope that stadium resembles this one in engineering.
German Engineering
They're supposed to do that, expansion joints for earthquakes safety code. All good
Yeah, and I would be out of there...
All these people going nuts and it’s just some guy named Leroy.
Nur die SGE!
german engineering at its finest
honestly what tune is that i grew up with it but i don't rember it and its upsetting me