Hydrodynamic Bearings

[@mattphillips3913]

I cannot believe this isn't a more popular channel. Very well done! Thanks :)

[@shobhanpradhan4224]

no body likes to study,only entertainment

[@bigdog1476]

Matt Phillips he does have lots of facts

[@wtarry]

agree - this is great and cant believe it isn't more popular . . .

[@lucianene7741]

That's because this channel is for geeks'n'nerds.

[@rizwanshaikh5472]

Entertainment is for everyone, but knowledge only for the Curious. . .

[@zainahmed1994]

best mechanical engineering videos on youtube

[@isabelearaujo8816]

Great great great!!!

[@adriansaidan1736]

i am a student engineer that works at a bearing manufacturing facility. This is an excellent presentation of the information and you did a great job at breaking everything down in an accurate and concise manner.

[@PacoOtis]

Dude! We definitely owe you a beer! I'm a retired instructor and feel quite good about seeing someone like you who does such an excellent job. You are well spoken and know your material and have very pertinent and well done graphics. Keep it up!

[@greatnortherntroll6841]

Clean, Clear, Concise! These videos provide a thoroughly understandable primer on a variety of subjects, and they're presented in a relatively fun format without talking down to the idiots, or being too dumbed-down for those of us with some knowledge in whichever field is being covered. Altogether, I give this series of videos an A+, or 5 outta 5★ Thank you for making these vids!

[@marvinduarte2576]

My friend, i work in a power plant, this video has help me a lot to understand what it's happening when i'm checking clearence in the fans , blowers and also in the turbine journal bearing, you are the best my friend. I really hope to see new videos, thanks from Honduras.

[@Jenishkavathiya]

marvin if you want taper roller bearing so contact on+91 9426639958 whatsapp only]

[@pstrap1311]

Great video. I'm a fabricator/mechanic in the marine industry and have years of experience installing and servicing bearings of this type in boats drive trains. I really appreciated learning some of the theory behind something I am so familiar with the practical applications of. Thanks!

[@bryanst.martin7134]

I like your real life example of a typical motorist surprised by puddles after the rain. So feel safer knowing that one or two out of ten motorists are actually competent enough to drive. After wrenching 50 years on everything with a motor wheels, wings or a hull, I didn't learn much from this, but it was clear and precise. Kudos to you good sir. Here's a tidbit you may not know from motor bearings: Motors with nonconductive bearings last much longer and restore full current to the windings instead of shunting through the journal to ground. RC Hobbyists discovered this after installing ceramic hybrid bearings in their hot 3 phase motors, yielding 12 - 15% increase in run time on batteries, and much longer life on the bearings. Keep up the great work!

[@freedtmg16]

Oh man. I found your videos on air bearings and here I am like 4 hours later. You do an AMAZING JOB breaking stuff down. 👏

[@viesturssilins858]

I can't believe that I haven't stumbled upon this channel until now! This is wonderful, thank you!

[@AffandiAiman]

Because of you, I finally understood what my lecturer is trying to differentiate between Hydrostatic and Hydrodynamic bearings. Thank you and may god bless you with all the happiness in the world :')

[@4everVIETNAMESE]

THANK YOU. All other videos just show how they use journal bearings but not WHY they use it. I thought roller bearing was supreme in all ways until I found you. You explain very well and have great visuals.

[@telmorafeiro299]

A couple of mechanical engineering classes learning about this hydrodynamic bearings and its physics, and ending not picturing this. Just saw this video and everything becomes clear in my mind now. Thank you very much! Nice speach, tone, animations, explanations! Very nice work!

[@omarmafia234]

You are just super! It's really rare to find such good quality explanation for mechanical concepts. THANK YOU!!

[@JazzLowrider]

Adam you're the best teacher on KZbin, thank you for a clear informative explanation, a good teacher makes a huge deference.

[@hamza126789]

I wish you can you make more videos on mechanical equipment! More than willing to pay for such high quality educational content.

[@reggraham9180]

Your videos are so refreshing compared to the average youtube crap!

[@aeryxis956]

69 like, yw

[@RumpLeINtiLINsKinnIN]

Can't beleive this channel has so few subs. One of the best at explaining things ive seen all over youtube. Keep it up

[@sagarbhinget_3915]

this.channel. is so good for mechanical engineers.. Becoz it's easiest way to understand... ..

[@mumtazahmed8099]

Excellent presentation for lubrication engineers and maintenance staff.

[@pragyanvashishth5861]

The best video on the topic on the whole internet, thank you for the effort 👏

[@adeelsaeed1104]

that was so so good. I had certain ambiguities regarding hydrodynamic wedge forming and you cleared it brilliantly. Thanks

[@indrajith84]

Thanks for the video. You have explained the concepts so clearly with proper pictures and animation. 👍

[@aapkiawazdilshad]

Buddy discovered your channel few days back and I must say that you are doing a very good job. Hats off to you man

[@elijaholubiyo9408]

This is the best hydrodynamic bearing video tutorial I've ever watched on youtube. Thanks for a good job

[@samkachar]

Man when I saw the HDD I got so excited and then the video ended. Why isn't this an hour! Awesome content 🤠👍

[@rupert5390]

this channel is fantastic GUYS KEEP IT UP PLEASE.

[@farshadsaghafi3110]

Bunch of practical information just for free. Really appreciate it.

[@planet_unhuman]

I was looking for this kind of explaination.. you explained it with ease... Practical knowledge makes one understand better. So thank you very much.. Subscribed

[@habiks]

Why so little subscribers? Found a lot of value in few videos I watched so far.

[@chrisvance3285]

I can't believe I watched a 10 minute video on hydrodynamic bears and enjoyed it the entire time. Bravo.

[@tungtran9072]

Thank you for making the videos. You said Hydrodynamic bearings are less efficient compared to anti-friction bearings. But My Prof. said these plain bearings have much higher efficiency than roller contact bearings, in which I understood that they allow no metallic contact, hence less friction.

[@inammir1979]

The best mechanical real time videos I have ever seen...

[@konobikundude]

Thank you for the closed captions! The production value is amazing and accessible. Definitely sharing the channel with friends.

[@sebeszczen3]

Today I am first time here and I am shocked how nice and easy to understand are you explaining this stuff, thanks bro, take sub and I wish u the best!

[@josephwheeler1]

I went in expecting this to be a terrible video. I thought the Machine Tech would not know what he is talking about. I was wrong on both counts and I enjoyed the video. I hope you become more popular Machine Tech.

[@cjharland69]

This is an excellent video to give some basic info on hydrodynamic bearings - thanks for making it!

[@indirjith8482]

You deserve Nobel prize in excellent teaching 😁😁😁😍😍

[@johnmcdonald7006]

What a good show and so clear to understand well done from Australia.

[@abigailgall]

Awesome video, you have the best technical explanations I have seen yet

[@ahmetenessarac1525]

I have never seen video like that . Since I came to your channel. Good job bro.

[@abdullahalrasbi9539]

your accent is indescribable ,fantastic and clear as well , i hve learned a lot from you MAN keep it up

[@JB-nf8nk]

Great videos for anyone in industry. Wish he had continued to make more. I can only assume the thumbs down and negative reviews were from either ignorant or pretentious people. Great introductory information presented in a comprehensible way.

[@iamdantravels]

I am a rotating mechanical engineer and i loved your videos!

[@guyhager3667]

I like the way that you explain mechanical systems. Very understandable and technically correct too! Thanks.

[@BeersBikesandTheFlag]

Awesome I work for Kingsbury inc...And I sent this to an apprentice..for reference.Very well made.Thank you

[@thiosemicarbizidebenzoylal2921]

Learned this in machine shop junior high school 1978 but its still a good refresher.American education is pretty good if you listen to what the teacher says.

[@markdraper4087]

Please don't ever stop making videos.

[@Anthrax6989]

OMG THANK YOU FOR THIS VIDEO! (I bought hydrodynamic fan for my pc and I didn't understand what that means, now I do!)

[@stevemcdermott100]

Cheers mate, I did learn something! If only all youtube vids were so informative and concise!

[@MechInvent]

Such a well done video! Makes me miss the good old science days... before pawn stars was history and naked and afraid was science channel.

[@aislammunna]

Loved the video. Crystal clear explanation demonstrating real parts. Awesome!

[@mrraimundo130]

The quality of this video is outstanding. Thank you sir!

[@OhSryOwned]

So informative! This is incredible helpful. I have been searching for a channel like this for a long time. Please make more videos! Thank you!

[@Hino_55]

Great intro on hydrodynamic bearings Sir Adam!

[@joebailey547]

I never thought that one of my favourite videos would be on bearings! This was great thank you😁

[@onradioactivewaves]

Excellent content! Clear, concise and informative. We need more channels like this.

[@yuntang72]

this is absolutely a very nice video, very clear with the principle as well as the actual bearings that we can see. thank you so much!!

[@ianvillar9096]

Clearly explained n entertaining, brief n balanced. Great Video. Thanks

[@johnmagruder6292]

Just found your channel, and I'm thoroughly enjoying it.

[@jbl212]

I learned much!! I wish to see all of your videos!! Very well done!!!! I am Grateful for your time and energy in gathering and sharing this information!!!!

[@existance9474]

THIS IS THE BEST VIDEO ON FLUID FILM BEARINGS ON PLANET EARTH

[@paulpowers722]

Great channel. I use this material often to support my millwright courses

[@LaneyMachineTech]

That's great to hear! I am glad that other educators are finding these videos useful.

[@doguhandenizgez8721]

I have learned a lot of things from your page. You are the best.

[@alchahest88]

Fantastic channel explaining the different kinds of bearings! Thanks

[@Ratlins9]

Excellent explanation, animation and video. I’m now a subscriber.

[@draganandrei5356]

Great explanation, but how do we keep the liquid inside the bearing and prevent it from escaping along the shaft? A rubber seal that makes contact with both the shaft and the support won't increase the friction, and also won't be damaged quickly?

[@jeffo9396]

I'd like to know this too. I believe in part, though, that the high viscosity of the lubricant prevents itself from escaping between the microscopic openings of the bearing seals. The friction you're talking about is probably very low since there's low-pressure contact; just enough to hold in the lubricant. But maybe somebody else can expand on this since I'm still a novice in bearings myself.

[@PJ-hi1gz]

Amazing! This channel deserves 5x more subscribers.

[@mithileshsingh1212]

you gotta have million subscribe , best explanation ever

[@OzMuslim-Jawad-Sayed]

Comprehensively explained. Can you provide a video on air bearings? Thanks!

[@akshaypandey192]

hey akshay from India love the video , a great information on a short span of time

[@kunalgavane924]

"I hope you learnt something" this was epic. Everybody asks for like and support you ended in a amazing way . And Thanks for the video :)

[@vanguardcycle]

really wish you guys would produce more content.. everything on this channel is awesome!

[@borisvd]

Great video! I've learned much about bearings thanks to this channel. Keep up the good work!

[@pmwilliams123]

Excellent vids. Clear descriptions and illustrations. I'm subscribed for more and will recommend to friends.

[@Jackleong29]

Very very well done. Top level technical teaching materials. Congrats !

[@prabhuprasad59]

YES ADDAM SIR.. I DEFINITELY LEARNED...I AM PREPARING FOR MY PHD. YOUR VIDEOS GETTING VERY HELPFUL...THANKX.......

[@keshavbhavsar0411]

This video's make me think practically about the bearings and real life application ..concept very clear. thankss.. Love it.!❤️ Keep it up... Mechanical rocks..😎

[@lunarambana267]

One of the best video on hydrodynamic bearing !!!

[@Auday365]

Adam, I wish there is multiple like button to like your videos. you should make more of these amazing and easy videos. regards.

[@G_uaz]

Great videos mate, thanks for sharing your knowledge. These types of videos really should be appreciated more. Thanks!

[@oupaserapelo1929]

Hi i would like to know how does Marine bearing assembly on Anion pump (should the seals be installed on either site to cover or only on the discharge

[@ery8885]

You deserve more subscribers sir

[@ketanbidwai8414]

the best explanation i have ever seen

[@MrQarni1]

Best explanation ever

[@sewingmachinesindetail]

Thank you very much for this very illustrative video. A lot of people use vintage sewing machines with several sliding bearings in them. I guess you can call them hydrodynamic bearings. The machines are typically more durable than modern machines with many plastic parts. Normally a low viscosity sewing machine oil is used and recommended for such machines, and you lubricate them regularly. Some like to use the machines for a bit harder applications with thicker thread and loads on the bearings, and at the same time operate the machine at significantly slower speed. I guess a bit higher viscosity oil like a normal motor oil would be better suited for such a situation. Am I right?

[@satrionugrantoro8904]

can you explain more about lubricant wedge? thanks

[@aaronk3788]

nice job, came here for the topic and stayed because I am a mechanical enginerd and love anything mechanical! 😀

[@crcdistribution878]

You have a new fan! Enjoying your channel! Would love to see videos about greaseless bearings: Thermoset vs. Thermoplastic Composites

[@sahtotoolang6736]

good day sir..for hydrodynamic bearing.The lubricant with viscosity what the PRESSURE of oil lubricant come to bed of BABBIT in Between of journal.thanks

[@omidagheb1979]

it is the most useful video I've seen about hydrodynamic bearing; thanks for your helpful videos :)

[@jan23310]

Practically it is very important to set up correct rate of the hardness of the journal surface and the surface of the pillow block in stationery.

[@jesseschumacher4080]

So you’re telling me that viscosity has a direct proportion relationship with tastiness?

[@jesseschumacher4080]

Jim The Raspberry huh. Imagine being so new to the internet/ life that you think this is something strange. Better yet, use some silly newfangled words to try insulting someone whilst hiding behind a computer. Why are you here?

[@MonMalthias]

@@jesseschumacher4080 Thicker fluids have a fuller mouthfeel. Oils in particular tend to form a film over the mucous membranes of the mouth, resulting in a flavour profile that seems to permeate all throughout the mouth instead of just being with the food or the drink it comes with. This is what they mean when they say "fat is flavour". Unfortunately unlike machines, humans don't tend to operate well when oiled up too much. The grease sticks to the fluid channels.

[@magicponyrides]

Adam, so glad I found this awesome channel. I want to see a vid on tapered gibs!

[@vikingsofvintageaudio7470]

Dude, what a great introductory video on the topic! Thanks! But, maybe you should add a future video where you go in depth to more details? E.g. why the lubricant doesn't escape axially.

[@ManLikeMatts]

Really comprehensive explanation thank you

[@ABHIRAMPANDEY]

Your videos are very helpful.

[@mufthah1]

Thanks Adam. Well done. Great presentation skill. Keep posting more technical videos.

[@mwan200]

Could you do a video on suspended bearings, this are the kind that float on a magnetic field .

[@hermiduca]

Excellent video!! Very helpful. Can you also explain oil whirl and oil whip please?