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Originally posted by wmd_2008
reply to post by psikeyhackr
What he is saying that unless all your components of a working model have similar ratios of strengths/mass etc to the object being modeled then the results wont be correct.
For example a flat sheet of paper across a gap will hold nothing, fold it into a shape below like this it will hold more
Still the same material but now the properties are different, that why I asked about your model each component does not have the same relationship of strength/mass etc of the components it represents in the towers!
Thats why youtube is full of videos like yours that well prove NOTHING!
Then I did the drop. IT ARRESTED!!!
Originally posted by hooper
reply to post by psikeyhackr
Then I did the drop. IT ARRESTED!!!
Yeah, it "arrested" because THERE'S A FRIGGIN' BROOM HANDLE IN THE MIDDLE!!!!
Tell you what, take the damn broom handle out of the middle, drop them washers and see if everything stays nice and neatly stacked on top of each other. Or if every thing goes flying like it did on 9/11.
Horsesh!t! You just need another bull# excuse.
I have done the potential energy calculations and computed the energy required to crush a paper loop. They match almost exactly.
Originally posted by hooper
reply to post by psikeyhackr
Horsesh!t! You just need another bull# excuse.
I have done the potential energy calculations and computed the energy required to crush a paper loop. They match almost exactly.
The problem is the buildings weren't crushed! They came apart violently, which is the same thing that would have happened to your little model if you hadn't stuck a broom handle in the middle.
They came apart violently,
Originally posted by Varemia
reply to post by psikeyhackr
It's because the tower is not made of solid blocks... Is it really that difficult for you to grasp?
Originally posted by psikeyhackr
Originally posted by Varemia
reply to post by psikeyhackr
It's because the tower is not made of solid blocks... Is it really that difficult for you to grasp?
Are you saying my paper loops that got crushed in my model were SOLID BLOCKS?
Try figuring out when your accusations are REALLY DUMB.
psik
Originally posted by Varemia
Originally posted by psikeyhackr
Originally posted by Varemia
reply to post by psikeyhackr
It's because the tower is not made of solid blocks... Is it really that difficult for you to grasp?
Are you saying my paper loops that got crushed in my model were SOLID BLOCKS?
Try figuring out when your accusations are REALLY DUMB.
psik
Yes, I am saying they are solid blocks, in that the blocks are completely even all around and are impacting a rigid surface. You are completely forgetting the dynamic nature of a building during a collapse such as on 9/11. The steel complex was not only damaged (thus not uniform), but even the slightest variation in angle would make one section of the structure impact the structure below with a far greater force. Then, you forget that the steel can a did lose its integrity with the steel around it. Bolts were ripped out and concrete was exploding. That makes things non-uniform and again, make your test highly flawed, as all it proves is Newton's laws about every action having an equal but opposite reaction in a situation in which there are little to no other factors playing a role. It is literally a 1 vs 1 collision in your model, whereas the WTC had a million different collisions and reactions happening at the same time.
In short terms, your model is highly flawed IF you are trying to prove that the WTC couldn't have continued collapsing. It, in fact, proves absolutely nothing in regard to 9/11.
Originally posted by psikeyhackr
Does an individual need a PhD in physics and a masters degree in structural engineering to figure out that every level of a skyscraper must be strong enough to support the combined weights of all levels above? That means the designers must know that weight to figure out how much steel to put on every level and adding more steel means that lower levels must support it. So the distributions of steel and concrete are very important to skyscraper design and will be important to analyzing the result of an airliner impact and any supposed collapse.
psik
Originally posted by psikeyhackr
You live in a TOTAL DELUSION of physics.
The structure more than two stories below the impact area was undamaged. For the mass above to bring down what was below it would still have to
ACCELERATE THE MASS!!!
There is no getting around that FACT. But that mass was still supported by the intact structure below. Therefore kinetic energy of the falling mass would be expended doing the necessary destruction. IT WOULD SLOW DOWN. So level by level it would eventually slow to a halt. Since it did not SOMETHING ELSE HAD TO BE INVOLVED.
The paper loops in my model demonstrate the effect perfectly. So all of the structural engineers not talking about the quantity of steel on every level and the amount of energy necessary to crush that steel structure are bullsh!tting us with their silence.
psik
Now that is a REALLY FUNNY thing to say. Supposedly the impact and fire caused the top of the north tower to fall straight down. But what could cause the lower portion of the north tower to DO WHAT YOU JUST SAID?
Originally posted by hooper
reply to post by psikeyhackr
Now that is a REALLY FUNNY thing to say. Supposedly the impact and fire caused the top of the north tower to fall straight down. But what could cause the lower portion of the north tower to DO WHAT YOU JUST SAID?
Huh? The lower portions of both towers were violently deconstructed by the downward movement of the upper portions.
Originally posted by wmd_2008
reply to post by psikeyhackr
WHAT ABOUT THE VIDEOS ABOVE YOU seemed to have ignored whats up!