Recent content by gillmitch92

It just states that the differential pressure is constant. I'd assume this would mean that with each difference there will be exactly 10% between them. Finding the change in flow rate from one interval to the next. Not sure if that helps at all...

Thank you very much for the link - I'll take a look @ it.

It's similar to a question I have for homework but not the same. I am just needing a bit of help with equations and which one to use as I am stuck?

I am struggling with calculating the valve size from a V250 rotary ball valve by Fisher Controls International. The below table states that natural gas is running through the vavle and the following properties apply:Natural Gas Required volumetric flow rate [@ STP] 2.8 x 106 litre per...

< Mentor Note -- thread moved to HH from the technical forums, so no HH Template is shown >[/color] The max flow rate through a control valve with an equal percentage characteristic is 10 m3/h. If the valve has a rangeability ratio of 50:1 and is subjected to a constant differential pressure...

Any help would be greatly appreciated. I have tried to work out the formula but I have confused myself now.

I am really stuck on the 2nd graph on this question. Plot a graph of the kinetic energy of the mass against distance?