Sorry. The rod will travel 22 inches in 30 sec. The max pressure in the cylinder where the piston is will be 7500 psi. It is controlled by hydraulics with a relief set for 7500 psi. Won't be any acceleration.
Sorry. Yes you are correct. On the actuator side behind the thick shim there is a retainer washer, has a tab that fits in the key way on the shaft. The two couplings are held together with the fasters, SHCS's.
loads go one way when piston downs down then the other way when piston goes up.http://files.engineering.com/getfile.aspx?folder=0b3c6be5-ba91-471d-8ac5-a5e86a8a1e2e&file=Doc2.docx
I have shafts both threaded on the ends, piston and actuator, connected by a screwed on coupling bolted together with a shim in the middle. This is for ease of installation and removal. The loads are along the shafts. What is a good calc to use for proper bolt size, coupling mat'l, coupling...
Sorry. The steam is coming from a turbine. The drain from the turbine I am interested in is supposedly 420 psig @ 470F. It passes thru a 1 inch diameter orifice where it is connected to a condenser at 29 inches of vacuum. The line after the orifice is what is to be measured. Yes there will be...
Is there any data suggesting the higher heat lot properties at room temp. will parallel the curve of the mechanical properties of said material at temperatures ?
You are so correct SnTMan. It doesn't satisfy Apx 2 after going thru that long calc. Guess that will remain a mystery forever. Thanks for every ones help.
I have flanges made IAW Subject spec. What is the process to get to these flanges? Is the material cres316l come in big ingots IAW 316L mat'l specs then forged and retested before cutting down? Just want to now cradle to grave.
