Fall 2014 - Spaghetti Bridge Final Testing 

I don't think they were competing at that point.

and point where max load landing also different it makes diff results and conditions

What's the point of over thinking about it there just doing to pass the class

100% dick move

You all build that one lmoa

Chris Ebreo I totally agree with you

I TRIGGERED!! HE IS SON OF A BITCH AAAHĞĞĞ

Chris Ebreo life is unfair dude. Do you think cars/trains go bridges slowly? It was a pour design that would have a pour lifespan for a bridge.

Kkkkkk

Spaghetti bridges that can wistand many times their own weight before collapsing.

2018: Still fascinating about the inventions and watching this 4 years later...

its not about Spaghetti its about engineering and physics if u can make something that can handle a lot of wight with something thin and izi to break its amazing, imagine if we used that instruction the winner did with iron thin bar how much of material we could save !!. same as building house instead paying a lot of money and u can manipulate the instruction to buy fewer material and hold as strong as the old design with less money u pay ! .

Да вообще копец

Uhhh. Did you say spaghetti?

Somebody toucha my spaghett

Yea, wrong room!

Spaghetti is a long, thin, solid, cylindrical pasta. Spaghettoni is a thicker form of spaghetti, while capellini is a very thin spaghetti.

Is there any sauce.. Or bread sticks..

Me he dropped the weight on purpose😡😡😠😠

probably because that was the winning bridge and it was taking all the weight they had. similar to the last bridge the video cuts out on. they start to push on the weights and throw their hands up because they dont know what to do.

He thought that the chain would snag on top of the other weight. It slipped. This is totally wrong. I would ever so gently release the weight. Some designs were so horrible. Lol

Ele deixou cair o peso intencionalmente pra quebrar a estrutura

😠😠😠😠😠😡😡😡😡😡😡😡😠😠😠😠😠😠😠😠😡😡😡😡😡😡😡😠😠😠😠TRIGERED

Harsh Pandey I noticed that too.

yeah they should use a bucket and fill it slowly with water

he's an a$$ he did it at 5:14 too

that thing was gonna fall anyways ahahah

5:13

And he not only throws it but he lets it swing.

Jajajajajajaja es cierto, me agrada este tipo

Maybe the last weight should be throw it like That

totally...utterly stupid...university of what is this?

toda la razón.

They should really let the teams put on their own weights. That way they have incentive to be gentle.

This isn't a test or a competition, they're just seeing if they can destroy bridges

@Doc Possum Read the description

glued. or tied up

lol I don't think you can weld pasta together with boiling water.

Pasta Welding. Win.

@@TheKrouton hey if you don't stir it they do weld into a hard clump of nastiness

Ausintune m

ENGINEERING!

X2 xd

X10

X100

Speak English

Debes Mirar Más Profundo al vídeo, Hay Ciencia detrás de esto.

Several universities publish rules for Spaghetti Bridge competitions. Search google. Make sure to ask permission before you use them.

Or just make up your own. 1 box of x-brand regular/thin/angel hair/etc... spaghetti or equivalent net weight (in case of broken noodles), 1 bottle of glue (or reel of fishing line) of certain size and type, span distance, load application location, method, and increments, time bridge must hold between weight addition. I would try to find a method for applying weights better than they did here. With weights hanging off the sides like that, it has the potential to torque the structure in unpredictable ways or create shock/acceleration loads if weights shift. Also, avoiding shock when applying weights would be necessary. Having teams apply their own weights and having an official (ideally multiple) with a stopwatch (that they press once the team member has ceased touching the structure) can help mitigate claims of unfairness.

NERD!

drkjk If it's specified in the rules of the competition. A structural solution is designed around a load or loads and constraints. They're not trying to design actual bridges, just carry the most load held at the center point between a span of a certain distance. The bridge should be designed with this load case in mind. If the competition allowed the load to be held anywhere on the span, all the teams would apply the loads closest to the table, which would defeat the point of a bridge-building competition. A point or line load at the center is the most efficient test of a bridge design.

Bridge design

although this method isnt the best, it is about centered statics. they would see difference results it the weight was hung different and this would also cause a change in design as well.

Build a bridge app.

darude - reggaestorm

Spoder

glue

sperm

Italian glue sperm

As long as they weight the same it is fine.

Vdd.

Tem outro que ele também fez isso e tem um que ele toma o maior cuidado, velho to puto aqui, mas é isso..

sopa de macaco uma delicia kkkkkk

Injusto msm

You should. It is easy. Spaghetti and hot glue are all you need.

Digo lo mismo...

You are hungry for spaghetti dinner.

I'm asking myself the same question 😂😂

@@thomasthetankengine4443 You both should have spaghetti dinner.

@@rogerdodger8415 nah, I am not a big fan of spaghetti, it's to much work to eat 😂😂

Jonh mcGiver ytb quiere que seas algo en la vida

This method doesn't distribute the weight evenly. All weight is at the very middle. This would cause me to make a model weak on 25% and 75% across bridge and concentrate everything on 50%(middle) across the bridge

A point load at the center is the worst case, which means it's the best test case. It doesn't test the deck, but it tests the overall superstucture most efficiently.

Sam Brewer That's kind of how you should approach a bridge design anyway. A load near the table is much easier for a bridge to take than a load at the center (maximum bending moment).

Thinking about it u are correct.(really) I was wondering if there was a way to sacrifice the 2 side 2/5s of bridge and concentrate all weight on the middle. (Assuming there is a weight restriction.)making the 2 outer halves weaker than middle. Just to win the competition. 😊

Sam Brewer Not quite sure I understand exactly what you're saying, but the winning designs use more material in the center of the bridge. You can see how they are taller toward the center. This is a good approach to design because the taller cross-section at the middle resists bending better, where in the middle there is more of it. The problem with a tall cross-section, though, is stability, which is why the best design had a lot of little cross-members. One thing that bridge also did quite well was not using too much material on top of the table. You really only want just enough length so that a perturbation when weights are being applied doesn't unseat the bridge from the edge of the table. Too much material on top of the table is completely useless and material that can be used elsewhere to greater effect.

balilla must pay it

Not funny, asshole... people died.

Idiot

Lol

HAHAHA

антон магарн ну они же из макарон сделаны.

Hello Jared. I hope you had fun in the class.

justified imo a lot of calculation goes into optimizing a truss and its a competition after all lol

Спагетти из макарона