That depends on what you are looking to do. The Grand Canyon was essentially cut with this process, after all.
The limits to depth of cut for abrasive waterjet cutting and machining are not so much real limits, but it gets slower and slower the deeper you go / the farther from the nozzle the cut is.
The thicker you go, the slower, and it is an exponential function, so twice as thick is more than twice as slow. The equation for this can be approximately expressed as "Velocity = (1/Thickness^1.15)"
If you are talking about the realm of being practical, then here are some ball-park numbers:
It really is a question of "how long are you willing to wait / how much money are you willing to spend in consumables and machine time".
For mining applications people can cut thicker by cutting in, removing rock, cutting deeper, removing rock, etc. There are a lot of mining applications that I am not very familiar with that cut quite thick.
Hope this helps.
50 metes
Wells are naturally occuring and have natural spring water in them. In most wells the makers have dug deep into the ground and struck water. The water, in turn wells up (hence the term well) and fills the deep gap. To get water out of a well, first you need to construct a bucket lowering mechanism, lower the bucket, and pull it back up. There you have it.
As long as steam was produced and the water in the river was deep enough it could go as far as needed.
There are a few parts to an answer. How deep is the water in your well? Is there sludge or sediment at the bottom of the well? How deep is this and how much is clean water? How long is your pump? How long is the motor housing? I just placed a 70cm pump, motor 35cm, in 250cm if clean water. 20cm of sludge. The bottom the motor housing was placed about 40cm above the sludge which means there is about 75 cm of clean water below the water inlet and 175cm of water above the pump. It will take many years for the sludge to rise and even in low water periods I should stay in operation.
phelphor wants to open the doors of the deep mine but nobody knows what is behide the doors but i know you think water comes out yes it is true if you watch that episode again you will see m'arrillian fly out of the doors
Cracked head/ head gasket or driving through deep water.
well you could make a hydro deck like hydrogedon
# Hydro-electricity (dams, rivers, tidal barrages, water wheels) # Tidal power # Wave power # Ocean Thermal energy (the difference in temperature between surface water and deep water)
It is not really recommended to use chemicals to clean a deep fat fryer because of the strong smell and risk of contamination. Instead, you should use a solution of hot water, clear dish washing liquid and a non-abrasive sponge.
depending on what area of the country you are in...16" should be safe enough. you should be careful of rock coming in contact with the piping as it could result in abrasive punctures over time.
Hydro Power is only available in areas with deep rivers and strong currents. Also, Hydro power often kills animals that are downstream of the power generation, often because fish get killed going through the turbines.
Deep Water
As deep as the container in which the water is in
Electric current flows like water in a river flows. If the river is deep, there is greater current but slower. If the river is shallow, the current is faster, but the volume of water is greater. The same analogies can be used with electricity.
Deep water
Yes. Deep water soloing California.
no not that deep