Want this question answered?
Maybe because Austin Mahone invented it :D
Liquids at the edges are in contact with the stationary pipe surface. The centre is furthest from the stationary pipe surface.
Well if water is too cold, pipes will contract and if water is too hot, the pipes will expand.
if the water in the pipes freezes, it will expand and break the pipes.
if the pipes are warm or hot at the time the coldwater passes though them, it can cause the pipes to cool and contract
Maybe because Austin Mahone invented it :D
Liquids at the edges are in contact with the stationary pipe surface. The centre is furthest from the stationary pipe surface.
The portion of the fluid at the center is not slowed down as much by drag from the sides of the pipe.
Heat speeds up chemical reactions. As corrosion is a chemical reaction, copper pipes at a higher temperature will corrode faster
These days PVC pipes are faster and easier to fit and in many ways more efficient than cast iron.
This is the pressure left behind Non return valves (Check valves) without possibility of safe depressurization point.
Why is the second paragraph a contradiction of the first? If hot water pipes 'Absolutely' do not freeze faster than cold water pipes then why the comment about the cold water pipes having a larger diameter which causes them to freeze at a slower rate than the smaller hot water pipes? Also, the word then in the last line should be thanand there should be an a between usually and larger. And, piping should be changed to pipe.
basically on the system that fluids dont compress.high torque pump pushes fluid through pipes
Intakes, Pipes,
A manifold, in systems for moving fluids or gases is a junction of pipes or channels, typically bringing one into many or many into one.
about 50-55 faster if you can get pipes bore over.. ect
A rounded pipe will reduce molecular friction of the fluid or gas traveling in the pipe. Rounded pipes allow freer, faster flow compared with any other shape.