I don’t know what happened to the UA-cam Algorithm. But finally we’re getting the content the platform was born for, rather than the soulless, cookie-cutter crap spews from the instagram generation. Thank you Google; this was beautiful.
Lo importante de este ejercicio es el ingenio del estudiante para resolver con pasta 1.- elaborar un puente que soporte cierto peso 2.- la estética del puente pocas gentes lo cuidan. Se enfocan en que su puente resista y pase la prueba. En las universidades de ingeniería este ejercicio es muy normal para ver el desarrollo del alumnado a problemas de estética y de carga. Así que por lo que vi tenía: 1.- estética -bien 2.- capacidad de carga -bien 3.- el alumno de forma empírica desarrollo la forma en momentos estáticos ya que su puente estaba con barras tensores y compresoras, si se fijan donde falla es en los tensores de la viga horizontal no en la otra de en medio significando que si engrosaba los espaguetis o pasta aquí tendría más resistencia. En conclusión los felicito por el ingenio colombiano. De estas gentes requiere el mundo. Comentario desde México.
@@aldeezy1 The weights are going to fall. That's what's supposed to happen. Just stay out of the way for the video analysis crew, and pick it up later.
@@danielpereyra7965 Daniel tiene la respuesta, nadie los ve, en la tele sale mas rentable hacer lo que todos ven. En youtube se pueden subir cosas de contenido mas niche
Wow, I am impressed as all get out. That is one amazing bit of engineering, congrats to that young man, he did an AMAZING job. I never thought pasta would hold up that much weight. Kudos to the young man for a job VERY well done.
Looks like the final (catastrophic failure) load was 12.5 KG (25 pounds), which was 15 times the weight of the structure ( Bridge). Very impressive to me! 👍 Can someone please comment as to just how good that result is?
Could you imagine spending however many hours designing and building this beautiful piece of engineering only to sneeze as you're putting the weights on? I imagine the amount of excitement and stress in that person parallels lot of extreme sports
Oh... that's very good. The structure itself didn't fail. It was the left anchor point that finally gave way after how many times above expected stress? And these were high school students? Well done!
It was unnecessary. We had the same project an mine had a profile of 4 feet long, 7 inches high and 5 inches wide and it held 82 pounds of sand in the middle before the span gave up
*UA-cam* : Look, look, look, a pasta bridge! *ME* : Wh-... oh, nah, I'm good. *UA-cam* : It's a *PASTA BRIDGE* ! And it was uploaded 5 years ago !! *ME* : _...why am I watching this?_
Está bien interesante su propuesta, les recomiendo sigan a los alumnos de las facultades de Arquitectura e Ingeniería Civil de la FES ACATLAN UNAM, ellos realizan un concurso cada año de puentes de espagueti, es increíble cuantos kilogramos pueden soportar, recuerdo cuando era estudiante haber visto un puente de 1.6 Kg soportar el peso de mas de cien kilos. Saludos desde México.
Falló por compresión en la superficie de rodamiento, pero puedo asegurarte que podrías analizar y predecir la falla por cortante en los miembros cercanos a los apoyos. En la realidad este modelo no se puede aplicar dado las disposiciones de los montantes y el problema de sus suspensión inicial. Por eso siempre se construyen similares, felicidades.
Wow! Excellent bridge design. Lesson to learn: Choice of building materials is crucial. Can't stop imagining a boiling water flood and steam from beneath the bridge.lol
Utilizo la estructura de arco de un huevo que genera recistencia es bastante conocida aunque no fue totalmente curvo y ese tipo de diseños representaría un problema ya que los sistemas de conexión como los puentes deben estar ubicados sobre "lugares sean estos agua o calles" por lo que obstruiria el tráfico fluvial y terrestre además requiere de una gran cantidad de materiales para su diseño.
In high school I took a tech ed class and made a similar bridge out of little wood rods and it supported about a person's weight worth of weighs if I remember correctly. It failed because I didn't have a crossbeam in one particular place and that's where the whole thing flipped on its side, with the weight snapping both trusses simultaneously and sending little wood pieces flying everywhere. It was very spectacular, lol
That is very impressive. I do have to say though that the reasoning for the competition for pasta bridges, is to come up with better designs for bridges. This isn't as much a bridge, as a support truss system that only works if the weight is placed in one spot.
If the mg is milligrams, the bridge weight was 22.126 times lighter than a single 8.5 by 11 inch (21.59 by 27.94 cm) sheet of paper, assuming my math is correct. If it's not, I'll fix it.
In the end it didn't actually fail as a structure, the point which failed is the area connecting it to the table which was very thin and not very well placed. That's pretty impressive example of a tensor structure.
This is wrong. The failure point lies between 1st and 2nd joints to the left of the central 'platform'. Play it at 25% speed starting at 3:49 and you will see clearly.
Yes but this happened literally because the way it was connected to the table focused the stress there. If the stress point was moved over to the CENTRE, where it could be distributed, this wouldn't have been a problem.
Bit late, maybe others are interested as well. If they are barbell weights, which they look like, the weight should be 1 kg / 2 kg. Which means the bridge supported 12 kg + the bridge itself!
5 years later this ends up in recommended, what in the hell did I watch to be recommended a pasta bridge video, I could use more of this
How do you do, my fellow pasta bridge geek. I too am a fellow pasta bridge geek such as yourself. Never forget. Oy vey.
Hello fellow pasta architects
I’m constantly searching pasta bridges
Jk idk why it was recommended either but it was short and kinda cool
I agree
what the fuck is wrong with our lives and how can we make it worse?
Not only does it work in terms of engineering, it's a beautiful design.
Too deep in my opinion
Taking into account its mass, it's a mediocre pasta bridge
@@nolin132 Isnt that what's shown at the end of the video?
@@nolin132 end of the video fuckwit
Looks like William S is too scared to keep his comment public ¯\_(ツ)_/¯
I don’t know what happened to the UA-cam Algorithm. But finally we’re getting the content the platform was born for, rather than the soulless, cookie-cutter crap spews from the instagram generation.
Thank you Google; this was beautiful.
THIS IS THE BEST COMMENT IVE SEEN!! BACK TO 2009!!
What happened, IMHO, was probably machine learning. It took UA-cam this long to learn how to model and process their data.
Antoni Gates agreed!
Amen
Whatever boomer! XD
now do the same with cooked pasta
That's a suspension bridge.
🤣🤣🤣🤣🤣
TheOutlander82 now this is the type of psychopathic comment I was looking for 🤣
man! they are not chinese!
@@derederekat9051 no? ohh god noo, what i'm gona do? what im gona do?! noooo
This new polybridge update really has Amazing graphics !
Columini - would you not play a _”pasta polybridge”_ game? I would...
Jajaja. You make my day jajaja
"where are you?"
"just pasta bridge"
Nice pun
69th like
96 like
/0
Shut up nerd
Lo importante de este ejercicio es el ingenio del estudiante para resolver con pasta 1.- elaborar un puente que soporte cierto peso 2.- la estética del puente pocas gentes lo cuidan. Se enfocan en que su puente resista y pase la prueba. En las universidades de ingeniería este ejercicio es muy normal para ver el desarrollo del alumnado a problemas de estética y de carga. Así que por lo que vi tenía: 1.- estética -bien 2.- capacidad de carga -bien 3.- el alumno de forma empírica desarrollo la forma en momentos estáticos ya que su puente estaba con barras tensores y compresoras, si se fijan donde falla es en los tensores de la viga horizontal no en la otra de en medio significando que si engrosaba los espaguetis o pasta aquí tendría más resistencia. En conclusión los felicito por el ingenio colombiano. De estas gentes requiere el mundo. Comentario desde México.
Se supone que lo fundamental es que el puente se sostenga, lo estetico pasa a segundo plano, pero no niego que sea importante.
un mundo que no esta dispuesto a pagar lo suficiente por este tipo de mentes, y muchas veses ni a impulsarlas.
@@heribertovelazquez1495 bah, para eso están los arquitectos.
-Ok-
Y porque en las universidades siempre los arman para abajo y los que vemos son para arriba siempre
That dude had to stand infront at the best time didn’t he
it was to catch the weights because they knew it would probably break
@@aldeezy1 yet he didn't catch it and still ruined the video.
Original comment still stands. Your YT Name should be captain obvious.
@@aldeezy1 The weights are going to fall. That's what's supposed to happen.
Just stay out of the way for the video analysis crew, and pick it up later.
and they didn't show any hot chicks
The guy thinks that still is studying in a high school and not in university
Mieeeee por que no hay programas de televisión como estos fomentando la ciencia en cada ciudad del mundo a los niño y jóvenes
Por muchas razones complejas que no pueden reducirse en una sola frase, pero que en resumidas cuentas es aburrido
No es por eso es porque la gente poco informada consume mas productos que no aportan
Por que nadie los ve
@@danielpereyra7965
Daniel tiene la respuesta, nadie los ve, en la tele sale mas rentable hacer lo que todos ven.
En youtube se pueden subir cosas de contenido mas niche
Muy fácil, la gente quiere seguir siendo estúpida.
2:10 Nicola! Don't toucha my spaghet!
Hermann Fegelein - it’s funnier for me as that’s my name...
@@grendelum Wow, nice name.
AnimeCatDat - bonus points for anyone who knows where this nom de plume comes from...
Mom: Don't play with your food!
These students: mm pasta
More like "Pasta la Vista,Baby!"
RAW pasta is hardly "food".
Wow, I am impressed as all get out. That is one amazing bit of engineering, congrats to that young man, he did an AMAZING job. I never thought pasta would hold up that much weight. Kudos to the young man for a job VERY well done.
Thank you UA-cam for finally understanding what I want I my recommend
Mack Tracey - it gives some good things but watch out if you watch more than one video of a type...
And it’s only from 2014! Haha
Realmente me ha cambiado la vida, muchas gracias
Excellent design and beautiful workmanship , well done !!
wish i had seen this about 30 years ago when our science class had a go. not only is his design strong but it looks like a work of art.
Looks like the final (catastrophic failure) load was 12.5 KG (25 pounds), which was 15 times the weight of the structure ( Bridge). Very impressive to me! 👍
Can someone please comment as to just how good that result is?
I love how weird 2019's youtube recomended algorithm is i wish it stays like this
The threat of monopoly intervention by government seems to be working. Yeah.....
Increíble, esto debe ser un récord mundial, el diseño es invertido y en los otros videos resisten poco en comparación a éste.
you know you've fuckin made it when the teacher/professor is recording how good it is.
Joder tío pero que pedazo de estructura 👏👏👏 me encantó la forma en la que los fideos se tenzaban
Could you imagine spending however many hours designing and building this beautiful piece of engineering only to sneeze as you're putting the weights on?
I imagine the amount of excitement and stress in that person parallels lot of extreme sports
no se por que esto apareció en mis recomendaciones pero el suspenso es bueno te mantiene al filo del asiento, cinco estrellas
If they use concrete instead of pasta, their bridges wouldn't fall down.
thymark u really don’t understand nothing lol
Other way around.
Lol I understood this as sarcasm
Fr tho, that is one strong bridge design
Todos esos videos de polybridge me han conducido hasta aqui
That is such a cool looking bridge. I'd love to see how they make the joints
Enhorabuena por el proyecto, es una pasada
3:50 PASTA la vista bridge
Enserio que valía más la pena conservarlo. Felicitaciones al constructor Ahora me suscribo
Alguien le estará esperando con una chancla en casa por llevarse los fideos de la cena
Nobody:
UA-cam algorithm at 1am: *Want some PASTA BRIDGE ???????*
no one:
youtube algorithm: y’all like pasta?
Kestral - Pretty sure I’m here because of an Arches/Chains video I watched relating to the Engineering of bridges.
@@jawshlitelife I did that too
I only like COPY PASTA!
☭
I'm Italian and proud of you👍
But he is colombian, and he has a weird Spanish-Italian name since it should be Di Franconni, but his name is Spanish De Francony
Omg Italian architecture is so beautiful 😍
3am in the morning, watching a random guy building bridge with pastas
Nada mejor para construir que la sopa de coditos, con su magnifica y deliciosa forma de arco romano.
Italian engineering is getting better and better
i legit always thought that pasta bridges were made from cooked pasta cause that sounds like an actual challenge
salam dari indonesia kawan ! kerja kalian sangat mengagumkan :)
@ 2:56 You know it's impressive when the teacher get out her phone to record as well...
No conocía que se podía hacer trabajo con pasta y ya me ha gustado 😉
That bridge looks delicious.
Oh... that's very good. The structure itself didn't fail. It was the left anchor point that finally gave way after how many times above expected stress? And these were high school students? Well done!
And we’re back boissssss 7 months later to another great gem of a recommendation by the UA-cam algorithm
Id love to see a large scale bridge like that... Though the material costs gotta be pricy lol.
It was unnecessary. We had the same project an mine had a profile of 4 feet long, 7 inches high and 5 inches wide and it held 82 pounds of sand in the middle before the span gave up
It wouldnt handle the side loading. It would fail at the sides.
@@tatorkator9901 makes sense tbh.
I'd be more questioning what type of gap would you'd be building this bridge over, in order for it to be that massive....
+++++++++++++++++++++++++++++++++++++++++++Felicitaciones, muy buen trabajo. Con que hicieron las uniones? usaron adhesivo? Que tipo?
I'm a firm believer that if the other guy had not got up and disturbed the air around the bridge, it would have maintained integrity a little longer.
That's some fine Italian engineering right there.
Da Vinci inspired 😁
*UA-cam* : Look, look, look, a pasta bridge!
*ME* : Wh-... oh, nah, I'm good.
*UA-cam* : It's a *PASTA BRIDGE* ! And it was uploaded 5 years ago !!
*ME* : _...why am I watching this?_
Está bien interesante su propuesta, les recomiendo sigan a los alumnos de las facultades de Arquitectura e Ingeniería Civil de la FES ACATLAN UNAM, ellos realizan un concurso cada año de puentes de espagueti, es increíble cuantos kilogramos pueden soportar, recuerdo cuando era estudiante haber visto un puente de 1.6 Kg soportar el peso de mas de cien kilos. Saludos desde México.
looks like something Daily Dose of Internet would use
Excelente trabajo, se ve la dedicación. Felicitaciones
一瞬で、なるほど、と思ったこの発想は無かった
これはすごい
Dunno why youtube recomended it but it was fun to watch during my breakfast.
Falló por compresión en la superficie de rodamiento, pero puedo asegurarte que podrías analizar y predecir la falla por cortante en los miembros cercanos a los apoyos. En la realidad este modelo no se puede aplicar dado las disposiciones de los montantes y el problema de sus suspensión inicial. Por eso siempre se construyen similares, felicidades.
Buen video, ha sido entretenido y tenso ver cuánto aguantaba
Wow! Excellent bridge design.
Lesson to learn: Choice of building materials is crucial.
Can't stop imagining a boiling water flood and steam from beneath the bridge.lol
Steam could bring it down! Then again, maybe they could weld it with steam or boiling water.
Man that’d be an architecturally beautiful bridge if It was built irl
Quien más odia al tipo que se cruzo y me quito la satisfacción de ver como caia todo?
A minha ponte, fiz no primeiro ano de engenharia, eu e meu grupo conseguimos, 45 kg, com 720 g de macarrão.
el joven se merece su 5.0
When it broke, it was time to say pasta-lavista.
в условиях вибрации и малейшего проседания почвы данная конструкция даже четверти не осилит.Но попытка достойна уважения.
Nobody :
UA-cam algorithm : pasta bridge
Me at 2 AM : *click*
Me at 3 AM: click
Utilizo la estructura de arco de un huevo que genera recistencia es bastante conocida aunque no fue totalmente curvo y ese tipo de diseños representaría un problema ya que los sistemas de conexión como los puentes deben estar ubicados sobre "lugares sean estos agua o calles" por lo que obstruiria el tráfico fluvial y terrestre además requiere de una gran cantidad de materiales para su diseño.
Si tan solo nuestro amor soportara tanto como este puente 😔
In high school I took a tech ed class and made a similar bridge out of little wood rods and it supported about a person's weight worth of weighs if I remember correctly. It failed because I didn't have a crossbeam in one particular place and that's where the whole thing flipped on its side, with the weight snapping both trusses simultaneously and sending little wood pieces flying everywhere. It was very spectacular, lol
Maybe this guy shoulda engineered that bridge that collapsed in Italy
Al final el puente no es sólo bello, es también excelente.
nobody:
UA-cam recommendations:
Pasta Bridge
Watching Blitz's Polybridge gameplay brought me here.
I'm surprised the Italians didn't come up with this
That is very impressive. I do have to say though that the reasoning for the competition for pasta bridges, is to come up with better designs for bridges. This isn't as much a bridge, as a support truss system that only works if the weight is placed in one spot.
Estos muchachos deberían construir los puentes del país
Eso sonó gey
in my school in brazil we had competitions like this and we've had bridges half the size of this one carry double the weight
Bravo! Beautiful bridge - reliable bridge! ))
Estos paisanos son grandes embajadores, arriba colombia!!!
El.que se ha metido al final daño el análisis de falló, se pude decir que es un buen trabajo.
You pleased not only the whole country, but the italian gods aswell.
Rest in Spaghetti, never forgetti.
And thats why the italian bridges can't hold that much weight guys...
Too soon
the peak of evolution
Grandioso trabajo
POV: this got got in your recommended because you watched Poly Bridge 2
If the mg is milligrams, the bridge weight was 22.126 times lighter than a single 8.5 by 11 inch (21.59 by 27.94 cm) sheet of paper, assuming my math is correct. If it's not, I'll fix it.
I want to thank UA-cam algorithm for this because i will never search for pasta bridge. Ever
La pregunta es, si soportará el mismo peso en su posición original? ya que si de dan cuenta el puente está colocado de manera inversa.
I played poly bridge and this video appeared in my recommendation suddenly from nowhere..
In the end it didn't actually fail as a structure, the point which failed is the area connecting it to the table which was very thin and not very well placed. That's pretty impressive example of a tensor structure.
This is wrong. The failure point lies between 1st and 2nd joints to the left of the central 'platform'. Play it at 25% speed starting at 3:49 and you will see clearly.
Yes but this happened literally because the way it was connected to the table focused the stress there. If the stress point was moved over to the CENTRE, where it could be distributed, this wouldn't have been a problem.
If it failed under bending then it's and amazing design
does anyone know how much weight that was? .5 and 1 kgs each? I’m really surprised they didn’t all start applauding at some point - that was amazing
Bit late, maybe others are interested as well. If they are barbell weights, which they look like, the weight should be 1 kg / 2 kg. Which means the bridge supported 12 kg + the bridge itself!
2014 : No
2015 : Ehm, no
2016 : Maybe or rather no
2017 : Nope
2018 : Hm no
2019 : Here you go
3:06 when you hit the spot right
Horrible
I played that part in x0.25 because I just watched the failure, it's even better when you slow it down
Its 820g not mg. 820mg is less than 1 gramm.
yep and that division at the end of the video was confusing...
wrong, bitch!
Yeah, the caption should have been, _"12.5kg / 820g = 15.24 veces su propio peso"_ (meaning "times its own weight").
*gram
It's 820mKg
Now they know what to build bridges out of when they run out of steel.
Beautiful geometry in his bridge
son universitarios y no están mariguanos los felicito eso ya es superación...
Italian engineering at its finest
The stability of me being single..
sería interesante ver como fue construido. ....... muy buen diseño. ....
No one:
Italians in 1920's: