If you found this video useful, consider helping me upgrade the old tablet PC I use to create these videos! Thanks! www.gofundme.com/help-replace-my-2011-tablet-pc
Fantastic lecture! I wish I found thing before reading the shigleys text book. You explained this so much better and didn't rush through any explanations. Cheers!!
God does and has blessed me in very many ways throughout my life. Abundantly more than I deserve. Thanks for the encouragement and thanks for watching!
Fantastic explanation of the core concepts, I particularly appreciate and enjoy the implications in the practical sense of these concepts. Please continue to upload this very useful content. Thoroughly benefiting from it! Cheers!
Thank you! I'm glad you enjoyed it! I have two courses that I teach out of this text (Shigley), and I have a good number of videos presenting this material, organized into these playlists: MEEN361: ruclips.net/p/PL1IHA35xY5H5AJpRrM2lkF7Qu2WnbQLvS and MEEN462: ruclips.net/p/PL1IHA35xY5H5KqySx6n09jaJLUukbvJvB If you haven't already seen them, check them out. Thanks for the positive review, and thanks for watching!
I'm glad the videos are helpful! Thanks for the feedback! Here are some of my other playlists in case you haven't seen them yet and might be interested: ENGR122 (Statics & Engr Econ Intros): ruclips.net/p/PL1IHA35xY5H52IKu6TVfFW-BDqAt_aZyg ENGR220 (Statics & Mech of Mat): ruclips.net/p/PL1IHA35xY5H5sjfjibqn_XFFxk3-pFiaX MEMT203 (Dynamics): ruclips.net/p/PL1IHA35xY5H6G64khh8fcNkjVJDGMqrHo MEEN361 (Adv. Mech of Mat): ruclips.net/p/PL1IHA35xY5H5AJpRrM2lkF7Qu2WnbQLvS MEEN462 (Machine Design): ruclips.net/p/PL1IHA35xY5H5KqySx6n09jaJLUukbvJvB (MEEN 361 & 462 are taught from Shigley's Mechanical Engineering Design) Thanks for watching!
I have a Fujitsu T901 tablet PC (a little old now, but still reasonably good specs) that has a wacom active digitizer built into the screen. I use this hardware and Microsoft onenote 2007 (the last version with customizable toolbars) to do the "inking." Thanks for watching!
Hi, thank you for this video it's been really helpful. You briefly mention at 3:40 that you "do not want more than one bearing carrying axial loads in a shaft". You state that you covered this previously in more detail, what chapter in Shigley mentions this? Also, did you make a video of yourself covering this in greater detail? Thank you
This channel is just amazing. Are these from classes at any University? If so, which one? I'm using your videos to study for my Machine Element Design final exam, but i intend to keep studying for my own the other subjects you teach, mainly dynamics. Your classes are just the best! I hope this channel grows. Im sharing it with my friends already. I'm from Brazil! I have to say smth: when i search "TheBom Bearings" your video just doesnt show up! Its really hard to find you by just searching the title of the subject one wants to learn. You maybe will want check it out for your own good and your channel's.
You are very kind! Yes, most of my videos are captured from live lectures I give at Louisiana Tech University (the channel name comes from my name: Dr. Michael Swanbom, PE). I'm sorry it is difficult to find my lectures with search terms. I could probably improve that to some degree if I went through and added good video descriptions on the ones that lack them. I know that would be good to do, but I have found it difficult to prioritize that over my other responsibilities and interests. I don't have any staff :) Beyond improving descriptions, I would love advice about channel promotion from anyone who knows something about it that I don't (and I wouldn't say I know that much about it). So far this channel has been very much a side hustle, so I'm probably mostly interested in ideas that don't take too much investment of time or $. Word-of-mouth (or word-of-online-forum) is the best form of promotion in my book. Thanks for the positive review, and for spreading the word to your friends! I'm glad you find it helpful! I'm going to try to capture two more courses worth of lectures this coming academic year (ENGR220: Statics/Mech of Materials and MEEN371: Dynamic Systems) so stay tuned!
just one question Sir , it seems that i can not find a clear video on RUclips which explains how to deal with a bearing subject to combined variable loading where this loading is changing according to a piece-wise function . Shigley's textbook only discusses variable radial loading. please can you help me . thanks in advance .
Please, I am from Egypt and have been searching for a long time for a ball bearing or something similar to install it for a handmade body that rotates at a speed of one million revolutions per minute without being subjected to corrosion or something that works with electromagnetism. Please, is it possible for me to find something like this? Thank you very much
I’m thinking about building a small wind spinner. Does anyone have any idea if there are bearings in existence that are really small and able to work no matter which direction force is applied to them?.. I’m looking for something about 3mm wide, up to 2cm long, ideally tubular, or some such... I discovered fishing swivels yesterday, but I don't know if they would spin freely when being pushed, as opposed to pulled (as they are designed for)… I suspect they might not spin freely enough anyway. Some are named "Column type rotary ring bearing swivel" that seem close to what I want. Maybe I need to make a bearing type thing out of tubing and rods; but it would probably be easier if something exists already I could just plug in and use…
english isnt my first language and im working in inventor for my class. im having such a hard time translating the terms and i cant choose a bearing. hopefully this helps
hi sir , after doing calculations based on " only one of the bearing will carry thrust load" how can we make sure in real life that this specific bearing will take the hole thrust load and it will not be Distributed between both bearings
The shaft would be designed so that a shoulder or snap ring would only be placed at one bearing, not both. That way the shaft will be free to slide axially in the other bearing. Thanks for watching!
You can, however, the "couple" dealt with at about 21:30 will be applied around an axis parallel with the y. So even if you constructed a "radial" axis, it may not be obvious at the outset what direction "radial" actually is for the bearings once the couple is considered. I thought it would be more clear and about the same amount of effort to present it as I did. Thanks for watching!
Yes, it is certainly clean. So clean that you aren't forced to think about it much while you are learning. It is an advantage of learning engineering in the US that students have to deal with 2 units systems. It forces some level of denaturalization from unit systems entirely, and opens the opportunity to understand metrology more fundamentally. That is one reason why I choose to include problems from both systems in my content. Thanks for watching!
If you found this video useful, consider helping me upgrade the old tablet PC I use to create these videos! Thanks!
www.gofundme.com/help-replace-my-2011-tablet-pc
Wow, I cannot thank you enough for this video! Your students are extremely lucky to have classes like these
You are very kind! I'm glad you found it helpful!
3 yıl olmuş vay be
Thank you so much for your videos! Navigating Shigley's has been a frustrating nightmare and you have been such a huge help!
I'm glad I could help! Thanks for watching!
I thought I was the only one struggling with Shigley's text book
Fantastic lecture! I wish I found thing before reading the shigleys text book. You explained this so much better and didn't rush through any explanations. Cheers!!
I'm glad you liked it! Thanks for watching!
This is the best tutorial that helped me in my project to perform the bearings calculations of a robot's joints. Thank you
your lectures are amazing Sir , clear , precise , and strict to the point . May God bless you
God does and has blessed me in very many ways throughout my life. Abundantly more than I deserve. Thanks for the encouragement and thanks for watching!
Just the lecture nobody teaches at my university. In the end, bearings are not so important, right? Thank you so much!
I'm glad you found it useful! Thanks for watching!
Fantastic explanation of the core concepts, I particularly appreciate and enjoy the implications in the practical sense of these concepts. Please continue to upload this very useful content. Thoroughly benefiting from it! Cheers!
Thank you! I'm glad you enjoyed it! I have two courses that I teach out of this text (Shigley), and I have a good number of videos presenting this material, organized into these playlists:
MEEN361: ruclips.net/p/PL1IHA35xY5H5AJpRrM2lkF7Qu2WnbQLvS and
MEEN462: ruclips.net/p/PL1IHA35xY5H5KqySx6n09jaJLUukbvJvB
If you haven't already seen them, check them out. Thanks for the positive review, and thanks for watching!
You are an amazing instructor. Very nice way of explaining things and introducing new concepts!!!
Thanks for the positive review! I'm glad you are finding the videos helpful! Thanks for watching!
Thank you very much professor. I am a structural engineer working in wind power industry and always need to understand the rolling elements.
I'm glad it was helpful! All the best to you!
Great lectures, huge help for class. Especially since everything went online.
I'm glad the videos are helpful! Thanks for the feedback! Here are some of my other playlists in case you haven't seen them yet and might be interested:
ENGR122 (Statics & Engr Econ Intros): ruclips.net/p/PL1IHA35xY5H52IKu6TVfFW-BDqAt_aZyg
ENGR220 (Statics & Mech of Mat): ruclips.net/p/PL1IHA35xY5H5sjfjibqn_XFFxk3-pFiaX
MEMT203 (Dynamics): ruclips.net/p/PL1IHA35xY5H6G64khh8fcNkjVJDGMqrHo
MEEN361 (Adv. Mech of Mat): ruclips.net/p/PL1IHA35xY5H5AJpRrM2lkF7Qu2WnbQLvS
MEEN462 (Machine Design): ruclips.net/p/PL1IHA35xY5H5KqySx6n09jaJLUukbvJvB
(MEEN 361 & 462 are taught from Shigley's Mechanical Engineering Design)
Thanks for watching!
@@TheBomPE i do have one question, @3.28 I've heard having two bearings on a shaft is overconstrained. Can you tell me more about this?
Wow you are just an amazing person. Your students are lucky to be in your classes. Thank you.
You are very kind! Thanks for your support!
fantastic explanation, sir. merely few are gems. thanks for making education easy and accessible to all
thanks
Thanks for your support! I'm glad you liked it!
You are way more better than my this topic profs of IIT Kharagpur
I can't thank you enough for this. Great lectures!
I'm glad I cam across your channel. Thank you, your vids are extremely helpful.
I'm glad they are helping! Thanks for watching!
Great lecture..Been following your video since last semester..Thank you so much for your effort I hope I get a chance to be student...
Thank you! I'll be watching for you on the class rolls here at Louisiana Tech University! Thanks for watching!
Daddy! Always happens during a problem for me. Thanks for the video - very helpful!
Great video, thanks from the Netherlands!
Greetings to you, Netherlands! I'm glad you liked it! Thanks for watching!
Fantastic video! Plz let me know why did we not consider torque T for calculation of radial and axial load on bearings ?
Love from india..best lectute
Thanks for the love from India! Glad you liked it! All the best to you!
Thanks for sharing, what hardware/software was used for drawings? Was this prepared and then only the pointer was use to highlight the parts?
Really love your teaching style, may I ask which book are you using for this class? Many thanks!
I use Shigley's Mechanical Engineering Design, 10th edition. Thanks for watching!
Hi, what software do you use in your lessons? I mean, you use like a digital blackboard
I have a Fujitsu T901 tablet PC (a little old now, but still reasonably good specs) that has a wacom active digitizer built into the screen. I use this hardware and Microsoft onenote 2007 (the last version with customizable toolbars) to do the "inking."
Thanks for watching!
Thnk you so much for that good explanation!
I'm glad you liked it! Thanks for watching!
Hi, thank you for this video it's been really helpful. You briefly mention at 3:40 that you "do not want more than one bearing carrying axial loads in a shaft". You state that you covered this previously in more detail, what chapter in Shigley mentions this? Also, did you make a video of yourself covering this in greater detail? Thank you
This channel is just amazing. Are these from classes at any University? If so, which one? I'm using your videos to study for my Machine Element Design final exam, but i intend to keep studying for my own the other subjects you teach, mainly dynamics.
Your classes are just the best! I hope this channel grows. Im sharing it with my friends already. I'm from Brazil!
I have to say smth: when i search "TheBom Bearings" your video just doesnt show up! Its really hard to find you by just searching the title of the subject one wants to learn. You maybe will want check it out for your own good and your channel's.
You are very kind! Yes, most of my videos are captured from live lectures I give at Louisiana Tech University (the channel name comes from my name: Dr. Michael Swanbom, PE).
I'm sorry it is difficult to find my lectures with search terms. I could probably improve that to some degree if I went through and added good video descriptions on the ones that lack them. I know that would be good to do, but I have found it difficult to prioritize that over my other responsibilities and interests. I don't have any staff :)
Beyond improving descriptions, I would love advice about channel promotion from anyone who knows something about it that I don't (and I wouldn't say I know that much about it). So far this channel has been very much a side hustle, so I'm probably mostly interested in ideas that don't take too much investment of time or $. Word-of-mouth (or word-of-online-forum) is the best form of promotion in my book.
Thanks for the positive review, and for spreading the word to your friends! I'm glad you find it helpful! I'm going to try to capture two more courses worth of lectures this coming academic year (ENGR220: Statics/Mech of Materials and MEEN371: Dynamic Systems) so stay tuned!
How can i let iron bar rotate in rolling element and still move (Enter and exit and rotate at the same time) thank you very much Sir and to any one.
Are you looking for something like this?
www.nbcorporation.com/can-bearing-used-linear-rotational-motion/
@@TheBomPE thank you very very much Sir you are helping me with this answer i wish you luck you and your family. Thank you Sir
Excellent lecture to find bearing loads..... one doubt_____ For that concentrated momentum..... where that 3 inch comes from
your lectures are helpful tanks a lot
Glad I could help, thanks for watching!
I have a question
Why don't you calculate RAx?
just one question Sir , it seems that i can not find a clear video on RUclips which explains how to deal with a bearing subject to combined variable loading where this loading is changing according to a piece-wise function .
Shigley's textbook only discusses variable radial loading. please can you help me . thanks in advance .
Amazing explanation...Just one query..How can we know no. of balls in the bearing and their ball diameter?
Thanks! You would need to consult the detailed specifications provided by the manufacturer.
Again, excelent lecture!
Thanks for your encouragement! I'm glad you are enjoying my videos!
hello sir , i was looking for guide to select a thrust bearing but i can't find any one could help me with that ?
Please, I am from Egypt and have been searching for a long time for a ball bearing or something similar to install it for a handmade body that rotates at a speed of one million revolutions per minute without being subjected to corrosion or something that works with electromagnetism. Please, is it possible for me to find something like this? Thank you very much
i dont understand how Raz and Rbz was calculated. why was 3 multiplied to 454.31?
I’m thinking about building a small wind spinner.
Does anyone have any idea if there are bearings in existence that are really small and able to work no matter which direction force is applied to them?.. I’m looking for something about 3mm wide, up to 2cm long, ideally tubular, or some such...
I discovered fishing swivels yesterday, but I don't know if they would spin freely when being pushed, as opposed to pulled (as they are designed for)… I suspect they might not spin freely enough anyway. Some are named "Column type rotary ring bearing swivel" that seem close to what I want.
Maybe I need to make a bearing type thing out of tubing and rods; but it would probably be easier if something exists already I could just plug in and use…
Do you have some books about bearings and other mechanical elements. Tanks in advance
english isnt my first language and im working in inventor for my class. im having such a hard time translating the terms and i cant choose a bearing. hopefully this helps
hi sir , after doing calculations based on " only one of the bearing will carry thrust load" how can we make sure in real life that this specific bearing will take the hole thrust load and it will not be Distributed between both bearings
The shaft would be designed so that a shoulder or snap ring would only be placed at one bearing, not both. That way the shaft will be free to slide axially in the other bearing. Thanks for watching!
16002 bearing in which 1 stands for what and what is difference between 6002 bearing and 16002
Why is not there a reaction force in the x direction at point A?
Pinky Ring?? I thought that was only done here in Canada?
We have an organization down here in the States called the Order of the Engineer that was inspired by a similar Canadian group. I'm a member!
Is the reliability in this question supposed to be the reliability for the whole system or for each individual bearing?
I evaluated it per bearing. Thanks for watching!
what is the name of the book ??
I teach this course out of Shigley's Mechanical Engineering Design, 10th edition. Thanks for watching!
Hello, which text book is being used here? Thanks!!!
Shigley's Mechanical engineering design, 10th edition. Thanks for watching!
15:30 why we don't combine the y and z directions and call them radial direction and the x is named axial direction?
You can, however, the "couple" dealt with at about 21:30 will be applied around an axis parallel with the y. So even if you constructed a "radial" axis, it may not be obvious at the outset what direction "radial" actually is for the bearings once the couple is considered. I thought it would be more clear and about the same amount of effort to present it as I did. Thanks for watching!
👍this is bearing unit,pillow block
Correct.
Why is it that bearing A doesnt have an axial load
Great video, but the magnitude of forces shown is too small for most practical application. Usually these forces are in thousands of pounds.
That depends on the application. Glad you liked it! Thanks for watching
1:01:07 shouldn't Y be equal to 2.3?
tq sir
Sir bearing load formula btaye
I'm sorry, I don't know what this means.
Sit ball bearing ka axial load and radial load formula how to calculate axial load and radial load
Metric system rules
Yes, it is certainly clean. So clean that you aren't forced to think about it much while you are learning. It is an advantage of learning engineering in the US that students have to deal with 2 units systems. It forces some level of denaturalization from unit systems entirely, and opens the opportunity to understand metrology more fundamentally. That is one reason why I choose to include problems from both systems in my content. Thanks for watching!