I don’t know what happened to the RU-vid 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.
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
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?
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
*RU-vid* : Look, look, look, a pasta bridge! *ME* : Wh-... oh, nah, I'm good. *RU-vid* : 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.
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
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
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.
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!
