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Originally posted by Vushta
Sneakiness is believable.
Sneakiness is not an explanation of the steps and mechanics involved in rigging a building for demo....which is what the thread is about.
Sneakiness is not believable?
Occam's Razor.
Occam's razor states that the explanation of any phenomenon should make as few assumptions as possible, eliminating those that make no difference in the observable predictions of the explanatory hypothesis or theory. The principle is often expressed in Latin as the lex parsimoniae (law of succinctness):
entia non sunt multiplicanda praeter necessitatem,
which translates to:
entities should not be multiplied beyond necessity.
Furthermore, when multiple competing theories have equal predictive powers, the principle recommends selecting those that introduce the fewest assumptions and postulate the fewest hypothetical entities. It is in this sense that Occam's razor is usually understood.
Originally posted by Lost_Mind
Occams Razor is not what you are using here.
Originally posted by Slap Nuts
Originally posted by Vushta
Sneakiness is believable.
Sneakiness is not an explanation of the steps and mechanics involved in rigging a building for demo....which is what the thread is about.
- Get access cards from Securacom.
- Walk in with carts posing as repairmen/maintenance (elevator, telcom, HVAC, janitorial).
- Open janitorial closets, elevator shafts, wiring closets, service doors, access panels, ceiling tiles, HVAC access...
- Place camoflagued (re: coated with fireproofing materital, drywall, plaster, make it llok like phone/network equipment, make it look like plumbing, make it look like conduit, Ductwork...) remote detonated charges.
- Repeat
- Leave
- Wait
Sounds reasonable considering they could have full, unfettered access, time and money.
OR TO SUM IT ALL UP...
THEY WERE SNEAKY!
[edit on 24-7-2006 by Slap Nuts]
Originally posted by Vushta
Don't you think you left out all therealistic steps? You know ..the ones that actually have to be done in order fail a structure into 'its own footprint'?
The how it was done I presume was over an extended amount of time.
The exact steps to the actual work can be obtained through research of CD contractors.
This answers the how, over a extended timeframe, it could be planned and executed
Since no Middle Eastern country would let us set up military operations to establish a front line defense on land and with port access in the region needed(near Iran), we would need a event that would allow is into that region with a occupying force.
Originally posted by Slap Nuts
Originally posted by Vushta
Don't you think you left out all therealistic steps? You know ..the ones that actually have to be done in order fail a structure into 'its own footprint'?
No... I do not. Assuming it was planned by an experienced demo team, the "footwork" is not complicated.
You just want it to be complicated.
Originally posted by Vushta
Its so simple that only a handful of companies in the world are even qualified to do CDs, and none of them have ever imploded a building over 50 stories.
Originally posted by HowardRoark
His questions are an attempt to divert the fact that I caught him out on the fireproofing issue.
Typical CT behavior, when faced with a logical trap they can't get out of, they throw out a dozen "questions" to divert attention.
How was the floor to floor fireproofing of WTC 7 relevent if there was a hole in the side of the building?
ANSWER ME!!!!!
Originally posted by ANOK
For one you have yet to prove there even was a 20 story hole in the building.
Originally posted by Vushta
Its so simple that only a handful of companies in the world are even qualified to do CDs, and none of them have ever imploded a building over 50 stories.
But maybe I'm misunderstanding you.
As far as you understand, what are the step in a CD. I mean more detailed than.."stick it on a wall and camo it to make it look like a 'dust bunny'..ba-da-bing-ba-da-BOOM"
wikipedia
A building takes several weeks to be prepared for implosion
Selected columns are drilled and nitroglycerin and TNT are placed in the holes
Smaller columns and walls are wrapped in explosive cables
The goal is to use as few explosives as possible, and only a few floors are rigged with explosives
The areas with explosive are covered in thick plastic and fencing to absorb flying debris
Since your attitude is hostile.
I do not beleive that we could have set up a military base in Iraq at will.
The no-fly zone you speak of would not have set up a campaign for war against Iran stategicaly.
As for Controled Demolition, I am not doing your research for you.
It could have been set up over a extended time, that is HOW I assume it was done.
Since no one, including yourself was there, we can only speculate.
I and many like myself dought the Offical Story, the whole thing doesnt make sense.
Sorry if you will not get a 100% how it was done answer, no matter the answer it will only be speculation, there is not enough material to anaylize in order to scientificaly find out what happened.
Originally posted by Slap Nuts
Originally posted by Vushta
Its so simple that only a handful of companies in the world are even qualified to do CDs, and none of them have ever imploded a building over 50 stories.
The PNAC has access to resources beyond which you are willing to accept or admit.
how stuff works
The basic idea of explosive demolition is quite simple: If you remove the support structure of a building at a certain point, the section of the building above that point will fall down on the part of the building below that point.
If this upper section is heavy enough, it will collide with the lower part with sufficient force to cause significant damage. The explosives are just the trigger for the demolition. It's gravity that brings the building down.
In order to demolish a building safely, blasters must map out each element of the implosion ahead of time
Drawing from past experiences with similar buildings, they decide what explosives to use, where to position them in the building and how to time their detonations
In some cases, the blasters may develop 3-D computer models of the structure so they can test out their plan ahead of time in a virtual world.
Generally speaking, blasters will explode the major support columns on the lower floors first and then a few upper stories
In a 20-story building, for example, the blasters might blow the columns on the first and second floor, as well as the 12th and 15th floors
In most cases, blowing the support structures on the lower floors is sufficient for collapsing the building, but loading columns on upper floors helps break the building material into smaller pieces as it falls. This makes for easier clean-up following the blast.
Destruction crews may also weaken the supporting columns with sledge hammers or steel-cutters, so that they give way more easily.
Next, blasters can start loading the columns with explosives
Blasters use different explosives for different materials, and determine the amount of explosives needed based on the thickness of the material. For concrete columns, blasters use traditional dynamite or a similar explosive material
Dynamite is just absorbent stuffing soaked in a highly combustible chemical or mixture of chemicals. When the chemical is ignited, it burns quickly, producing a large volume of hot gas in a short amount of time
This gas expands rapidly, applying immense outward pressure (up to 600 tons per square inch) on whatever is around it
Blasters cram this explosive material into narrow bore holes drilled in the concrete columns. When the explosives are ignited, the sudden outward pressure sends a powerful shock wave busting through the column at supersonic speed, shattering the concrete into tiny chunks.
Demolishing steel columns is a bit more difficult, as the dense material is much stronger. For buildings with a steel support structure, blasters typically use the specialized explosive material cyclotrimethylenetrinitramine, called RDX for short. RDX-based explosive compounds expand at a very high rate of speed, up to 27,000 feet per second (8,230 meters per second). Instead of disintegrating the entire column, the concentrated, high-velocity pressure slices right through the steel, splitting it in half. Additionally, blasters may ignite dynamite on one side of the column to push it over in a particular direction.
These days, blasters often use an electrical detonator instead of a traditional fuse. An electrical detonator fuse, called a lead line, is just a long length of electrical wire. At the detonator end, the wire is surrounded by a layer of explosive material. This detonator is attached directly to the primer charge affixed to the main explosives. When you send current through the wire (by hooking it up to a battery, for example), electrical resistance causes the wire to heat up. This heat ignites the flammable substance on the detonator end, which in turn sets off the primer charge, which triggers the main explosives.
Originally posted by Slap Nuts
I agree. I want to see the hole... The "crater" or "catastrophic damage" or the "raging infernos" in WTC7 photos.