CIRCLED LETTERS! - Modifiers in GD&T Notations | Intro to Bonus Tolerances | When to Use Ⓜ, Ⓛ, etc.
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- čas přidán 13. 07. 2024
- LECTURE 05
MEEN 426 Playlist:
• MEEN 426: Intro to Geo...
This lecture was recorded on April 22, 2022. All retainable rights are claimed by Michael Swanbom.
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Just watched all the GD&T lectures and I've never seen it explained better anywhere else, awesome!
Glad you liked them! Thanks for the encouragement!
Over the years, I've studied numerous video compilations devoted to GD&T but always gravitate back to the TheBom_PE series. Anyone interested in learning GD&T from scratch should watch this video series in order and read Chapter 20 on GD&T in Shigley's Mechanical Engineering Design. I cannot think of a more thorough and comprehensive starting point.
I just completed watching all your GD&T lectures online and it's safe to say that I'm confident in reading drawings, now more than ever. Thanks so much for sharing! You're an awesome teacher and I love the fact that you use examples to truly help us gain a sense of where/why should we use any particular notation.
Cool as usual! Thanks for the explanation. This video is much better than the "dry" theory from reference books.
I'm glad you enjoyed it! Thanks for watching!
Great job, really enjoyed the clear explanations and occasional humor 😀
Glad you liked it! What is life without a few laughs, right? 🙂
Hey Michael, I have just finished your entire gd&t series. I can not thank you enough for all the valuable information i have gained from you. I really wish there were more than just 5 videos. Just wanted to mention that i have been taking screenshots of your slides to write down notes and keep them for future reference. I wont be sharing them to honor your copyrights.
A very theoretical approach to explain GD&T. It would be so much easier to first define the geometric feature function and then define its specification.
Also, one should talk about the specification uncertainty which arises in the application of GD&T with respect to the nature function.
I look forward to viewing your upcoming video on the subject!
I appreciate your hardwork, you are one of my favourite teacher! I have learnt so much from you. Thank you!!
Great Video. Stumbled on your channel when searching for a solution to a work problem.
Glad you liked it! It's that spirit of ingenuity - it sets us apart.
@@TheBomPE what a throw back! I laughed out loud
OMG, you are back with GD&T. THANK YOU SO MUCH. Have been awaiting for the rest of the course. Will there be more lectures on GD&T? Very Thankful.
Yes, I'm still working on some others. This topic is relatively difficult for me to teach authoritatively because I am not as experienced with GD&T standards as I am with some other areas. I have to read and research a lot before feeling good about getting my lectures all (or mostly all) correct. Plus I only teach this course once a year! I am still working on it though! Thanks for your patience! Glad you are enjoying the videos!
@@TheBomPE Sir, I understand from your teaching and your lectures are very useful. I studied "Strength of Materials" again (after 15+ years) from your lectures and I wish I had these concepts 15 years back. Your students are very lucky. God bless.
Maybe its selfish to say but i pray that you get assigned for teaching Finite Element Method Course haha so that you get to record.
THANK YOU SOO MUCH
Maybe I'll get to do that at some point! Right now my supervisor teaches that course, maybe he'll pass it to me when he doesn't want to do it anymore. Thanks for watching!
RFS simply means that no matter the size of the hole or feature of size, there is No Bonus tolerance.
💪💪💪superb explanations 👏👏👏thanks for uploading
You are welcome! Thanks for the encouragement!
Really wish there was a class like this in undergrad and grad school that I could have taken
At 10.13, I think the tolerance zone cylinder diameter listed in the table is wrong. Isn't supposed to be 0.2, 0.3 & 0.4 instead of 10.2, 10.3 & 10.4. Pls correctly me if I'm wrong. Thank you.
Mechanical parts should work. Mechanical parts should be easy to manufacture. There are two different solutions for a product specification: Based on manufacturing issues and the functional based GD&T. I don‘t understand, why the functional specification is still missing in mechanical engineering.