BYU Idaho ME 465 Hydraulic Accumulator Calculations

[@jaredfullmer7043]

You might not get as many views as some of the other channels on here, Brother Schellenberg, but your work is appreciated nonetheless. Thanks for everything you do for your students!

[@amandaamaka6407]

realllllly helped for my exams thanks

[@richardsteffensen9186]

Very well explained!

[@aimless-drifter]

awesome thanks for explaining this quick and easy way

[@narasimhachopparapu4534]

thank you for the video

[@sathishr7774]

Thanks for the video . In what application does the last example work . Why are they not fully utilizing the maximum oil in accumulator. In that case they could designed a smaller one itself 1.39 gallons , with a700 precharge.

[@tameemomran7264]

Thanks

[@cvasu3582]

useful thanks

[@muhammadzakariyaejaz5814]

very useful indeed

[@beccabecca1683]

could you told me from where he got the value 14.7 because i didn't get it

[@Coyote973]

OK useful, but ... What is the minimal volume of the nitrogen that has to remain upon fully charging? In your video it always remain 1.0 to 1.35 gal of compressed nitrogen, where is the limit point? Does it can go low as 0.01 Gal?

[@aaronschellenberg]

That depends on the pressure rating of the accumulator. The more the nitrogen gets compressed the higher the pressure will be. You can calculate the minimum nitrogen volume using the ideal gas law and the pressure rating (i.e. highest pressure the accumulator can withstand safely)

[@woodystang67]

Aaron Schellenberg does an excellent job as an educator and this video is of superior quality.

[@beccabecca1683]

i didn't understand from where you get the value 14.7 pleas explain

[@lebogangmanganye9266]

It's atmospheric pressure (in psi)

[@satishpandeyy7383]

Please explain us the working principle of a VACCUM DEGASSER