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Originally posted by psikeyhackr
Originally posted by DrEugeneFixer
Originally posted by psikeyhackr
You are talking about lifting the mass to be dropped to 12 feet on a model that is only 2 feet tall.
Yep. So what? your model doesn't follow any particular systemic relationship to the towers' construction. Put more kinetic energy into the washers, and you'll crush more loops. maybe all of them. According to you, that would prove that the towers' collapse could have happened without outside energy.
My supports strength is in proportion to the weight they support and I already drop the mass from the height of of the model farther up. Using 12 feet from the WTC on that size model is absurd.
If I was willing to make a stack of 110 washers I would do it just to shut you up but of course that still wouldn't shut you up with the nonsense you are talking.
psik
Originally posted by wmd_2008
YOU have YET TO PROVE the parts of your model have the same proportions of strength/resistance or load of the real life items they represent!!!
Originally posted by -PLB-
Originally posted by wmd_2008
YOU have YET TO PROVE the parts of your model have the same proportions of strength/resistance or load of the real life items they represent!!!
He doesn't have to prove anything, because we know for 100% sure that his model is not in any way an accurate model for the WTC collapse. The fact that each paper loop is carrying the weight of all the floors above it completely invalidates his model.
Originally posted by wmd_2008
Originally posted by -PLB-
Originally posted by wmd_2008
YOU have YET TO PROVE the parts of your model have the same proportions of strength/resistance or load of the real life items they represent!!!
He doesn't have to prove anything, because we know for 100% sure that his model is not in any way an accurate model for the WTC collapse. The fact that each paper loop is carrying the weight of all the floors above it completely invalidates his model.
Yes we know that he doesn't seem to but if we keep saying it, it may sink in!
Originally posted by wmd_2008
WTC7 was hit by debris from the tower collapse and other videos show the fires in the building which lasted for many hours.
Originally posted by -PLB-
reply to post by GhostR1der
Question: what is the energy source for "disintegrating each floor" in a controlled demolition with explosives? hint: its not the explosives.
Fact is, the energy release by the explosives in a controlled demolition is as small as possible. Most of the energy available for destroying the building comes from gravity. The explosives only do minor damage but in critical places. For example, when a steel framed building is demolished, the explosives only slice through a couple of key support columns. It is absolutely useless the blow up floors, walls and what not. And it is completely nonsense to think this is what they did with the WTC buildings.
Originally posted by wmd_2008
reply to post by ANOK
There is not an accumulating mass of resistance EACH floorslab is INDEPENDENT from the OTHERS below as mass drops on a slab only the connections that hold that slab in position can provide resistance to the impacting mass, and THATS what you and psik cant see!
Originally posted by psikeyhackr
That is why I talk about LEVELS instead of FLOORS. You have to ignore the supports that must be collapsed from above and of course you have no evidence whatsoever of the floor assemblies breaking loose from THE CORE.
psik
Originally posted by psikeyhackr
and of course you have no evidence whatsoever of the floor assemblies breaking loose from THE CORE.
psik
Originally posted by GhostR1der
If a building collapses at freefall,
Originally posted by spy66
reply to post by Joey Canoli
The NIST report show that the building accelerated to free fall (look at the NIST graph). That is something different. And shouldn't be possible with a intact building up to the impact point.
Originally posted by PhotonEffect
Originally posted by spy66
reply to post by Joey Canoli
The NIST report show that the building accelerated to free fall (look at the NIST graph). That is something different. And shouldn't be possible with a intact building up to the impact point.
Why do you think it "accelerated"? Please explain what caused it to do that
Originally posted by PhotonEffect
Why do you think it "accelerated"? Please explain what caused it to do that
Originally posted by GhostR1der
NISTs' own data shows a 9.8ms-1 straight line acceleration for most of the collapse. It only takes a mere second of free fall and it is debunked.
Originally posted by wmd_2008
reply to post by ANOK
There is not an accumulating mass of resistance EACH floorslab is INDEPENDENT from the OTHERS below as mass drops on a slab only the connections that hold that slab in position can provide resistance to the impacting mass, and THATS what you and psik cant see!
If the slabs below take any load from the slabs above the CONNECTIONS would have been LARGER the lower down the building you went JUST LIKE THE WALL AND CORE STEEL WAS!!
So as described any falling mass on a slab an taking into account the size ONE ACRE the bulk of falling mass would hit the floorslabs THATS why the impact loads are so important!
For about the first 7 seconds the falling mass all drops inside NO great quantities are being ejected!
So were do you think ANOK & PSIK that all those 700+ tons floorslabs from above the impact are and what do you think they are doing!
Also ANOK further to a previous comment you made re the fires on that video you see a whole foor on fire BELOW the impact point.
It is common to find that investigators assume that an object next to a flame of a certain temperature will also be of that same temperature. This is, of course, untrue. If a flame is exchanging heat with a object which was initially at room temperature, it will take a finite amount of time for that object to rise to a temperature which is 'close' to that of the flame. Exactly how long it will take for it to rise to a certain value is the subject for the study of heat transfer. Heat transfer is usually presented to engineering students over several semesters of university classes, so it should be clear that simple rules-of-thumb would not be expected. Here, we will merely point out that the rate at which target objects heat up is largely governed by their thermal conductivity, density, and size. Small, low-density, low-conductivity objects will heat up much faster than massive, heavy-weight ones.
In the mid-1990s British Steel and the Building Research Establishment performed a series of six experiments at Cardington to investigate the behavior of steel-framed buildings. These experiments were conducted in a simulated, eight-story building. Secondary steel beams were not protected. Despite the temperature of the steel beams reaching 800-900 C (1,500-1,700 F) in three of the tests (well above the traditionally assumed critical temperature of 600 C (1,100 F), no collapse was observed in any of the six experiments.
“NIST contracted with Underwriters Laboratories, Inc. to conduct tests to obtain information on the fire endurance of trusses like those in the WTC towers…. All four test specimens sustained the maximum design load for approximately 2 hours without collapsing… NIST, 2005, p. 140