Asava's Gif Thread

[Bloodfart]

 

[Mr Bread]

 

I'm sure he's fine.

[mocat]

political gifs thread

[Paul Moscow]

[michigancat]

I really don't understand the physics of what's going on. How is the pipeline maintaining the lower pressure?

[michigancat]

bloodfart thread

[Emo EMAW]

I really don't understand the physics of what's going on. How is the pipeline maintaining the lower pressure?

 Was thinking the same thing. Basically for the caption to be true the inside of the pipe would have to be at atmospheric pressure.

['taterblast]

bloodfart thread

 

[MeatSauce]

I really don't understand the physics of what's going on. How is the pipeline maintaining the lower pressure?

 Was thinking the same thing. Basically for the caption to be true the inside of the pipe would have to be at atmospheric pressure.

differential pressure.  technically the water pressure pushed him through

[michigancat]

I really don't understand the physics of what's going on. How is the pipeline maintaining the lower pressure?

 Was thinking the same thing. Basically for the caption to be true the inside of the pipe would have to be at atmospheric pressure.

differential pressure.  technically the water pressure pushed him through

we both understand that. (atmospheric pressure is basically nothing compared to the water pressure). But how is that pipe maintaining that lower pressure?

[puniraptor]

I really don't understand the physics of what's going on. How is the pipeline maintaining the lower pressure?

 Was thinking the same thing. Basically for the caption to be true the inside of the pipe would have to be at atmospheric pressure.

differential pressure.  technically the water pressure pushed him through

we both understand that. (atmospheric pressure is basically nothing compared to the water pressure). But how is that pipe maintaining that lower pressure?

must be from pumping up the oil? can't imagine the pressure differential would be as massive as they state though.

also it really pissed me off that they mixed English and SI units

[MeatSauce]

pressure gradient b/w crab and pipe will propel the matter towards the low pressure.  higher the pressure of the surrounding fluid can push matter into a vacuum, but a vacuum cannot attract on its own

[puniraptor]

pressure gradient b/w crab and pipe will propel the matter towards the low pressure.  higher the pressure of the surrounding fluid can push matter into a vacuum, but a vacuum cannot attract on its own

we get that part, we are asking why the pipe is at 1 atm 6000 ft down

[michigancat]

pressure gradient b/w crab and pipe will propel the matter towards the low pressure.  higher the pressure of the surrounding fluid can push matter into a vacuum, but a vacuum cannot attract on its own

we get that part, we are asking why the pipe is at 1 atm 6000 ft down

the pipe was actually lower pressure, which is how the crab got pushed in

[puniraptor]

I would actually enjoy doing this a couple more times

[puniraptor]

interesting, looking for more backstory, I learned the thing at the top is actually a rotating saw blade from an ROV cutting said pipe.

[fun muffin]

[treysolid]

 

[treysolid]

[EuroCat]

pressure gradient b/w crab and pipe will propel the matter towards the low pressure.  higher the pressure of the surrounding fluid can push matter into a vacuum, but a vacuum cannot attract on its own

we get that part, we are asking why the pipe is at 1 atm 6000 ft down

The pipe is likely high pressure compared to atmosphere at sea level, but very low relative to the pressure 6000 feet under the ocean.

[Unruly]

[Tobias]

i feel like maybe we prevented that from happening to fanning?

[Unruly]

[fun muffin]

[Unruly]