Thank you! You explain things so logically. Made far more sense than my teacher...

Brother Schellenberg, since graduating and then trying to get back into the swing of school I’ve definitely seen the value in the way you structured your online class work. Thanks for putting in the work to put these courses together. This man was one of my instructors in college. He’s a terrific teacher.

Pressure amplification! I never knew that.Thanks.Brilliant presentation.

The illustration and presentation were both excellent.

Really clear explanation, thanks

Wow. I just found your video and immediately I can assess the clarity of your presentation. I will look for more of your videos. Thank you.

Thank you Mr Aaron , I found it so useful.

Aaron Schellenberg Great video, man. Thank you.

This is 6 year old video and have all the information I needed. Thanks

Amazingly explained. Thank you!

This is very interesting , i have not heard of pressure amplifier back in my school days, very informative video thanks Mate!

I do like the clarity of your presentation.

Thank You so much for your lesson. It is clear and fluently.

Thanks for the very clear explanation. It will help me design the hydraulic press I am contemplating.

Great Explanation. Thanks a Lot................

Thank you sir for clearing this up, very helpful

This is one outstanding video! Not one person in a thousand. trying to explain something, can articulate the way this gentleman does.

Awesome presentation! That was explained very well, thanks.

Perfect explanation..

VERY NICE AND EASILY UNDERSTANDABLE VIDEOS

Amazing explanation,thanks.

Thank you for the knowledge that you share ❤️ good teaching very easy to understand. GOD bless 🙏

logically explained, it was so understanding. Thank you for the video

Fantastic. thanks for putting the video together

Very clearly stated, thanx for sharing.

Put some more videos like this which are related to Hydraulics or Mechanical Engineering ... Very impressive teaching skills and voice...

best explanation ever I have seen!!

Very well explained.. Thanks

Nice video I understood very well and he explain very well

Great video!! Thanks for sharing

great video, you explained very well

Great teaching, very nice.. now i want to figure out how much air does it take if this same cylinder was at 10 psi to fully extract the piston please

I will write my notebook. Thank you for tutorials.

Excellent video.

penjelasan yang sangat baik dan mudah dimengerti. terima kasih

OMG. This guy really knows his stuff into the detail. The explanation was perfect. Thanks for the video.

Very informative video. Thank you.

im enjoying thank yu

ya its good basic explaination

Great work bro. Thank you

can you do a video on how these forces are balanced to compensate for the loss and imbalance in cylinder movement

perfect and clear

THANK U SIR ,FOR YOUR INFORMATION

Could you please do more videos on hydraulic. You explain really well

Nice information

Excellent

Splendid. Bravo. 👏👏👏👏👏

great video, it contains everything i need to build a simulation!

Great video. Helped me get a foot in the door.

Genesis 12 verse 3 in action... The chosen people sharing their blessed knowledge of using their bodies as minds as an asset to the universe and at one with the energy of God's plan. Thank you Lord Jesus for Sharing that law with all nations.... Plus the step up in heavenly qualities you introduced for every person on Earth to share and accept ✝️🕎

Thank you verry much.

អគុណthank

thank you

Thanks sir, meanwhile i want to know how to calculate the back pressure or restricted pressure based on port size or flow rate. Plz explain .

Thank you

Could u make vedio about calculating required wall thickness of cylinder

FYI, the area is always 78.5% of the square of the diameter

Most manufacturers will use different piston and sizes to those pistons for dimensional diameters for the same bore and same rod size. Is there a universal repair kit made for 4 inch x1.75 shaft size?

Hey bud I know this is way old but thanks to you my kid built some crazy shit with hydraulics I mean some crazy crushing robot shit & at 10 years old I I taught her how to TIG weld and for my auto shop she made me one hell of a car hoist lol ya I did all the finishing welds to be safe but she did it all her self & she told me it was you that helped her understand it way betrer so thanks I'm a proud dad she's only 10 I'm in trouble as she gets older lol stuff that I could not figure out but thanks to your video she did some amazing stuff so I just wanted to say thank you whether you see this or not I don't know but thanks a lot you know I owe you your way better than the library especially the way you explained it she understood it fully compared to some of the books that she was reading & you know just to make it clear yes you could have went in school but she's only 10 years old so thanks

I have a question. I have a tractor with one hydraulic cylinder that operates the bucket dump function. If I add another cylinder of the same size without changing the psi coming from the pump would I gain anything?

I like it

IF you took off the rod on the left cylinder (that was being used as an amplifer).. then you would have the same lift distance and amount of oil transfering to the right cylinder with the load

what hydraulic hand pump ( how many psi or kg per cm2 ) you need to use for 50 ton hydraulic cylinder ?

So its the normal force-per-area that decides how much force something pushes on something else. The heavy block decides how much pressure it will make on the water be matter the size of the area/diameter. That weight can be used to create low pressure on big areas/volume or high pressure if its a small areavolume.. The weight and the water is the same as the matter in m = V/pressure. You need to count how much liquids there is in the cylinder before you can count the pressure right?

what is the name of this app? thank you!

Thanks a lot,The technical explanation is really simplified

What is the formula to calculate what diameter is need to push 800 ft pounds at 120 psi? Thanks

Sir can you explain the linear guiding assembly.....

great explanation but it would be better if it was metric it is as clear as it gets tho

Thanks

What software did you use?

Actualy is one slight mistake. Real lifting weight must be under 3400 pounds because at 3400 pounds we have the same pushing strenght in both dorecton so result becomes 0 lifting. Actualy a good lift from that schematic would be at about 3000 pounds of weight.

This drawing makes it look that you need three oil tanks.

isn't the 'stroke' length also dependant on how far away from the actual ends of the cylinder the valves are installed to either bring fluid in or drain it?

Good day - your assumption of the 1000 psi variable can you elaborate on that please ??? Regards

Good morning to you in the good job

I deal in water at lower pressures. It seems to me that you are ignoring friction loss and elevation change in the line(s) between the cylinders. Is this because they are very small compared other pressures ? In any case great videos, very informative

How to find a back pressure between cylinder and valve?

what size hydraulic pump do I need for 5 horse power at 3000 psi and what is the formula at 1600rpm

Difficult to follow the cursor on the small screen of my phone, such a shame.

if load is going down, which work must the motor do?

Great video, but the word "hydraulic amplifier" is not quite correct. That's more a hydraulic pressure transformer. With the amplifier the outgoing energy is more than the input energy!

And I said why should I watch this? I know all about hyd cyls! Well I stand corrected, this was so well done, thank you for the time it took to put this together.

Dear Sir..........I have single acting a cylinder with a bore of 18 mm and a rod of 10 mm and a stroke of 300 mm. I want to know what is the pressure if my cylinder presses 1 mm ........... Please advise and provide a solution with the formula

I need power pack design

Amazing explanation. I want to synchronize 2 hydraulic cylinders, same speeds and same positions. The master cylinder has 2.5" Bore size and 1.5" Rod diameter. I calculated the resulting area of the master cylider. Bore area - Rod area = 2.5x2.5x3.14/4 - 1.5x1.5x3.14/4 = 4x3.14/4 = 3.14in2 The slave cylinder area then should be 3.14in2 DxDx3.14/4 = 3.14 --------- Then square DxD = 4 ------------- D = 2in where D is the slave cylinder diameter. are my calculations correct? Also I want to know if you have previously syncronyzed cylinders, how precise could be. Do you think I can improve the error we already have of using a flow divider at 50%? Regards;

For me the question is what happens when running the cylinders in series when both have equal loads, not just one or the other. Will they move together with equal force at the same time?

hi Iam tade mechanical engineering student,can you give the design of duable acting in single rod haydraulic cylinder

software???????

Dear Sir............Example Problem I have a single acting hydraulic cylinder with a stroke of 300 mm, a bore of 18 mm and a rod of 10 mm if the press weight is 10 mm on the Piston Head what is the pressure.....Please explain the calculations

Ada yg punya alat ng buat 4 silinder bisah bersamaan

excuse me sir, so what the conclusion about your video, thanks

+

F=PxA. Algebra calls for dividing both sides of the equasion by F, leaving PxA/F/ The F cancles out if divided into F on the left side of the equasion. This IF Algebra causes a fight to break out with the Electricians since 1900. Coverting to business math does not help. This same relationship mathematically cannot be pondered unless they have thoughts that are not going to cause harm to themselves or others. E=IxR can cause death to Electricians.

sir can you give your email ID.I want to ask some doubt in hydraulics related to my project

are you a student?.... if you put 4 in you will get 4 out... this topic is relative to the phrase water column... you need to delete this video

Dear Sir............Example Problem I have a single acting hydraulic cylinder with a stroke of 300 mm, a bore of 18 mm and a rod of 10 mm if the press weight is 10 mm on the Piston Head what is the pressure.....Please explain the calculations