Scary! Massive waves on huge road bridge in Volgograd. (Video)

anyone know how this could be explained?

anyone know how this could be explained?

this is a fake video. who cares?

No idea how they could fix this problem ... they need to change the resonant frequency of the bridge real soon or it will take unreparable damage.

thats very interesting. I think if this is the case we need to research this more. can this mean that by finding the right frequency we can change matter at a molecular level?


Solid objects can be set to oscillate with a tiny input of energy, provided you find the correct resonant frequency. That's well known physics. But it probably works at molecular level too, that's how these "water fuelled" motors work as I understand, the water molecule is set to oscillate and breaks up into H and O atoms.

although this bridge video is fake

wanna know what the idiotic moronic debunkers gov. shills will say about this?....I'll tell you

.....the deformations in the concrete, the steel, the waves etc you see are not real. They are an optical illusion given by the perspective and the distance of the footage. In reality the whole bridge moved just a little bit, but because of the perspective, the distance blah blah blah (add more BS by yourself) it seems the whole bridge moved up and down like crazy.

although this bridge video is fake

another new videos from another angle:

[youtube] [link to www.youtube.com]

I know what goes into buliding a bridge. My dad was an architectural engineer. The steps are they first survey the land and make sure they build the right bridge for the right job. I know all the physics for the determination to build a beam bridge there. Why do you think they built a suspension bridge at san francisco. (The Golden Gate Bridge.) Because a suspension brigde can span 2,000 to 7,000 feet way farther than any other type of bridge

A beam bridge is the most common bridge anywhere. It is usually used to span shorter distances. A beam bridge is made with large supports on the edges and a heavy beam crossing over water, a ditch, or other open space. Over the sturdy beam, there are boards, metal, or most commonly a layer of concrete. The bridge road surface is level with the road, making it very strong. Beam bridges are used to span no more than 250 feet. The weight of the beam pushes straight down on the piers. The farther apart its piers, the weaker the beam becomes.

Flex/Strain is not measured in any units, because it is the ratio of two lengths. As with stress, its definition says nothing about the material used in the construction of the bridge. I'm telling you now this first video is fake. The second is real. The only video on the net of this bridge is the same one. Beam bridges dont Flex like that. Show me one that has. And if you do it promise it gone. Do your own searching and you will find that you have been fooled by a crapy photoshopped video.

I know what goes into buliding a bridge. My dad was an architectural engineer. The steps are they first survey the land and make sure they build the right bridge for the right job. I know all the physics for the determination to build a beam bridge there. Why do you think they built a suspension bridge at san francisco. (The Golden Gate Bridge.) Because a suspension brigde can span 2,000 to 7,000 feet way farther than any other type of bridge

A beam bridge is the most common bridge anywhere. It is usually used to span shorter distances. A beam bridge is made with large supports on the edges and a heavy beam crossing over water, a ditch, or other open space. Over the sturdy beam, there are boards, metal, or most commonly a layer of concrete. The bridge road surface is level with the road, making it very strong. Beam bridges are used to span no more than 250 feet. The weight of the beam pushes straight down on the piers. The farther apart its piers, the weaker the beam becomes.

Flex/Strain is not measured in any units, because it is the ratio of two lengths. As with stress, its definition says nothing about the material used in the construction of the bridge. I'm telling you now this first video is fake. The second is real. The only video on the net of this bridge is the same one. Beam bridges dont Flex like that. Show me one that has. And if you do it promise it gone. Do your own searching and you will find that you have been fooled by a crapy photoshopped video.


So your contention is much like a "Show me a skyscraper that has burned and toppled by fire and I'll shows you a melon that breeds Indians" type of statement. It's convincing. That would means the end of our fantasies of teleportation. If you're wrong then....

Another one:


[link to www.youtube.com]

And the best yet:


[link to www.youtube.com]

^ you can see here how the guy walking on the bridge went on.



this is pretty fucking amazing

the concrete gets mega compressed and expanded but never cracks or breaks..

its almost like the entire thing is caught in a big ass time / space distortion wave...

like it became less solid for some time or something

very very interesting

I know what goes into buliding a bridge. My dad was an architectural engineer. The steps are they first survey the land and make sure they build the right bridge for the right job. I know all the physics for the determination to build a beam bridge there. Why do you think they built a suspension bridge at san francisco. (The Golden Gate Bridge.) Because a suspension brigde can span 2,000 to 7,000 feet way farther than any other type of bridge

A beam bridge is the most common bridge anywhere. It is usually used to span shorter distances. A beam bridge is made with large supports on the edges and a heavy beam crossing over water, a ditch, or other open space. Over the sturdy beam, there are boards, metal, or most commonly a layer of concrete. The bridge road surface is level with the road, making it very strong. Beam bridges are used to span no more than 250 feet. The weight of the beam pushes straight down on the piers. The farther apart its piers, the weaker the beam becomes.

Flex/Strain is not measured in any units, because it is the ratio of two lengths. As with stress, its definition says nothing about the material used in the construction of the bridge. I'm telling you now this first video is fake. The second is real. The only video on the net of this bridge is the same one. Beam bridges dont Flex like that. Show me one that has. And if you do it promise it gone. Do your own searching and you will find that you have been fooled by a crapy photoshopped video.


So your contention is much like a "Show me a skyscraper that has burned and toppled by fire and I'll shows you a melon that breeds Indians" type of statement. It's convincing. That would means the end of our fantasies of teleportation. If you're wrong then....


The video I just linked is what I think is what it looked like. I know it swayed but not like th first video showed.

I know what goes into buliding a bridge. My dad was an architectural engineer. The steps are they first survey the land and make sure they build the right bridge for the right job. I know all the physics for the determination to build a beam bridge there. Why do you think they built a suspension bridge at san francisco. (The Golden Gate Bridge.) Because a suspension brigde can span 2,000 to 7,000 feet way farther than any other type of bridge

A beam bridge is the most common bridge anywhere. It is usually used to span shorter distances. A beam bridge is made with large supports on the edges and a heavy beam crossing over water, a ditch, or other open space. Over the sturdy beam, there are boards, metal, or most commonly a layer of concrete. The bridge road surface is level with the road, making it very strong. Beam bridges are used to span no more than 250 feet. The weight of the beam pushes straight down on the piers. The farther apart its piers, the weaker the beam becomes.

Flex/Strain is not measured in any units, because it is the ratio of two lengths. As with stress, its definition says nothing about the material used in the construction of the bridge. I'm telling you now this first video is fake. The second is real. The only video on the net of this bridge is the same one. Beam bridges dont Flex like that. Show me one that has. And if you do it promise it gone. Do your own searching and you will find that you have been fooled by a crapy photoshopped video.


So your contention is much like a "Show me a skyscraper that has burned and toppled by fire and I'll shows you a melon that breeds Indians" type of statement. It's convincing. That would means the end of our fantasies of teleportation. If you're wrong then....


The video I just linked is what I think is what it looked like. I know it swayed but not like th first video showed.

I think it's obvious. the upper part of the bridge is made of rubber.

The only video on the net of this bridge is the same one.

The only video on the net of this bridge is the same one.

If you had looked at the several videos I posted you would see that these are different videos taken from different angles ... considering your limited mental abilitys will be a handicap at browsing back to the posts with the new videos I post them all together for your convenience:


#1:

[link to www.youtube.com]

#2: No new footage of the bridge itself, but atranslatedpolice report on site:

[link to www.youtube.com]

#3: The full version of the OPs original video ... you can see how the guy walking across it went on:

[link to www.youtube.com]

#4: Also a complete different angle than the original vid and filmed from a greater distance:

[link to www.youtube.com]

#5:

[link to www.youtube.com]

#6:

[link to www.youtube.com]

#7: Not posted before:

[link to www.youtube.com]


^except #2 all these videos show the same bridge with the same "wobble" from a different angle that the OPs original video.

I'm sorry this is the video I ment to link.
[youtube] [link to www.youtube.com]

And one more thing I'm not trying to offend anyone. I just think the first video was tampered with.

I'm amazed that people don't know about the Tacoma bridge colllaps. Or the mechanical resonans physics. It's really basic knowledge. When did people become idiots?