One of the best ever videos in UA-cam for gdnt.... Beauty of the videos is all the symbol are not only teaching by theoretical but all are practical and easy to understand
Dear Ayush, I have been in mechanical design carrier since 35+ years back, right from draftsmanship. I watched your various videos. It took me 20~25 years to safe learn to understand designing, fits/ tolerances, G&T and finishes. You're explaining all that very effectively within some hours of video series. Hats off to your efforts. Thanks a lot.
bro broke out of character in the end. I have been gone through some of your videos and i collect some serious piece of knowledge. Will be exploring more of your videos.
hay aayush I think this is the one of the best videos on GD&T . I am aiming to be a mechanical design engineer and your videos are helping me a lot. Can you please make videos on proper guide on "What design engineer exactly do to create a engineering drawing and how they think and research ."
Thankyou brother, I have completed 2 courses of GD&T on udemy but it never thought me how to apply on drawing only explain theory. But you explain very well with example, please upload whole series with example.😊
watching from Germany. I love how you illustrated it all together -- from Problem definition to assembly feasiblity, manufacturing and quality checks. I admire your knowledge efforts and willingness to share it with us learners!!
This is a very wonderful video to understand GD&T. You really imparted me with your knowledge on this subject matter. One of the best videos I have come across. Thanks
Perfect explanation. The way you show manufacturing animation is also awesome. I have seen so many videos on UA-cam about GD&T, and this is the best one. Keep doing it, and please do it the same way with animation and more examples. Also, Select topics about different kinds of manufacturing processes in the automobile and aerospace industry. As people start seeing your videos, they will subscribe immediately, just like I did for this video.
Man.. you are master class in GD&T, could you please add all GD&T vedios links in the description, I have been struggling to learn GD&T since 5 years, but I did not get the correct source, your explanation with 3D vedios is awesome, this is the exact source I am searching for. Please share links.
It's really awesome bro. Every video I have to learn more and i suggest your channel in my friends. They are also get intrested your videos. Kindly make a video of how much force required while shaft and hub pressing operation.
Hey! I absolutely love how you explain things and appreciate the content overall. However in this particular application you have chosen datums B and C, which are not relevant to how the part is interacting with other components. It's wrong choice for a datum. The feature that locates your part is a hole pattern 3 X 5.5 and it should be chosen for a datum (which is still very poor datum). To make it being a good example you would need to slightly redesign the part and have much stronger datums like a pair of dowel hole and slot or walls which would be locating the part.
Selection of the datum completely depends on the design intent, what is more important for a particular part, its assembly with other parts or the features of the parts itself, it is not necessary for the datum to have a dowel and a well finished surface. I will make a complete guide on Datum selection. thank for watching
But that calculation can't make right answer if I select number of v belt with same pully size can't find right answer and also in timeing belt can't select right belt size what should I do for same size pully
How to take datum on CMM..?? I never used CMM, but as i have seen, they first define the geometry of datum in software, and then they take multiples touch points on physical parts to register the datum
OfCourse, without modifiers, specially without Maximum material condition, we can't provide bounce tolerance, and bounce tolerance is the one of the main strength of GD&T. We will also cover advance topics like datum target.
One of the best ever videos in UA-cam for gdnt.... Beauty of the videos is all the symbol are not only teaching by theoretical but all are practical and easy to understand
❤️
Dear Ayush, I have been in mechanical design carrier since 35+ years back, right from draftsmanship. I watched your various videos. It took me 20~25 years to safe learn to understand designing, fits/ tolerances, G&T and finishes. You're explaining all that very effectively within some hours of video series. Hats off to your efforts. Thanks a lot.
My pleasure, You are most welcome !!
This is exactly what I have been looking for. Thank you so much brother ❤. Excited for upcoming videos. 😊
Glad to hear that
Thanks for the informative video! Your content is invaluable to Design Engineers like us.
Thank you sir. Make a full series in GDnT. We are searching left and right for a full class in this. Thank you so much ❤️❤️❤️❤️
Please create much more videos like this really very useful content for mechanical engineers … proud of what you are helping us
bro broke out of character in the end.
I have been gone through some of your videos and i collect some serious piece of knowledge. Will be exploring more of your videos.
Haha, thanks for noticing, I'll try to be more consistent in future videos. 😉
hay aayush I think this is the one of the best videos on GD&T . I am aiming to be a mechanical design engineer and your videos are helping me a lot. Can you please make videos on proper guide on "What design engineer exactly do to create a engineering drawing and how they think and research ."
Thank you so much!! Yes, I will try to make a video on this topic
Wow! Great video! can't wait for then rest of the lessons
Loved your confidence and charm while explaining
one of the best content 4 years m aj GD and t Ka use samaj aya
I'm so glad 😊😊
Thankyou brother, I have completed 2 courses of GD&T on udemy but it never thought me how to apply on drawing only explain theory. But you explain very well with example, please upload whole series with example.😊
Yes that's the plan 😊
Please upload next video I watched all videos on your channel they understandable please next video
😘 sure. Next video is coming soon. Finishing editing
Brilliant Ayush!!! Looking forward for rest of the lessons.
watching from Germany.
I love how you illustrated it all together -- from Problem definition to assembly feasiblity, manufacturing and quality checks.
I admire your knowledge efforts and willingness to share it with us learners!!
Thank you very much!
Good content for design engineers..... Thank you😊
Really thankful to you giving this great knowledge within great clarity
lovely and excellent.
Amazing content🎉 professional videography and insightful information ❤
I love your approach to this subject. pleas continue making such great learning content!
This is a very wonderful video to understand GD&T. You really imparted me with your knowledge on this subject matter. One of the best videos I have come across. Thanks
Great video. Please continue the course 👍🏻
good explanation and nice video editing, it's very useful for me. I am working as a SPM designer
Waiting for the next set of videos.. awesome video❤
Thanks so much..learnt much from this! Great intro!
Please Sir make this series little bit fast.... you don't know how much it helps me....thank you Sir🎉🎉🎉
Hey, sure!! I was just busy since last two week.
Perfect explanation. The way you show manufacturing animation is also awesome. I have seen so many videos on UA-cam about GD&T, and this is the best one. Keep doing it, and please do it the same way with animation and more examples.
Also, Select topics about different kinds of manufacturing processes in the automobile and aerospace industry. As people start seeing your videos, they will subscribe immediately, just like I did for this video.
Thank you so much for subscribing ❤️❤️, I'll make sure to include more examples
Loved it. Please make such more videos to make us understand from scratch. Pls make us the best design engineer.
Thanks for perfect explanation 🙏
This is a great video, thank you very much
Glad you liked it!
Awesome need more video😊
Very nice explain sir please more video english and Hindi
I like your all informative videos.😊
Thank you sir for making videos on this subject ..❤❤
Please keep posting more mechanical design-related videos.
Nice explanation,.. waiting for upcoming videos
Video is too good 😊
Usefull content...👍
Man.. you are master class in GD&T, could you please add all GD&T vedios links in the description, I have been struggling to learn GD&T since 5 years, but I did not get the correct source, your explanation with 3D vedios is awesome, this is the exact source I am searching for. Please share links.
Thank you So much. ❤️❤️ videos are not prerecorded, i'm making all the videos, will be uploaded soon,
I am waiting for your vedios..please do it ASAP..
loved this
You are very good. Hii from Turkey. Thank you
Wow wait is over
Bro you kill it, ❤
😉
very brilliant explanation bro, plzz upload more videos bro.
Waiting for the next video
Nice content...good to go .. make more and more videos on gdt..
Awesome video bro , I'm waiting for the continuation of selection of bearing fits and lubrication quantity and frequency
Sure 👍
Hello,
Video is really good 👍
Can you please make video on fixtures design, like dimond pin, clamping force etc
Yes, sure. Great topic
Thanks again!
It's really awesome bro.
Every video I have to learn more and i suggest your channel in my friends. They are also get intrested your videos. Kindly make a video of how much force required while shaft and hub pressing operation.
Thank you so much 😊 shrink fit force calculation. Yes sure
Very useful video brother🥰
Glad you liked it
Hello can you make video how to design by using ISO standards?
Yes. I'll make videos on it. ASME vs ISO
Hey! I absolutely love how you explain things and appreciate the content overall. However in this particular application you have chosen datums B and C, which are not relevant to how the part is interacting with other components. It's wrong choice for a datum. The feature that locates your part is a hole pattern 3 X 5.5 and it should be chosen for a datum (which is still very poor datum). To make it being a good example you would need to slightly redesign the part and have much stronger datums like a pair of dowel hole and slot or walls which would be locating the part.
Selection of the datum completely depends on the design intent, what is more important for a particular part, its assembly with other parts or the features of the parts itself, it is not necessary for the datum to have a dowel and a well finished surface. I will make a complete guide on Datum selection. thank for watching
Awesome job!!!
Thank you 😊
Really video was amazing, please make more videos related to this for more clarity
Offcourse 😊
Thnks so much bro❤
Dear sir please make video on positive discharge Bucket elevator calculation
Love❤ your content 20:18
I love you sir
Kindly make videos about datums and geometric symbols
Sure!!
Waiting for upcoming GD&T vedios
Great video. Pls elaborate the M symbol also to correlate with dimension tolerance.
Yes surely 😊
Please make a video of v or timing belt selection when both pully are same size
Please check out the timing belt and Pulley selection video. Allready there
But that calculation can't make right answer if I select number of v belt with same pully size can't find right answer and also in timeing belt can't select right belt size what should I do for same size pully
Yeah, for V belt and pulley. i will surely make a video, as for now please try to flow V belt pulley and belt manufacturer selection procedure
Sir, nice video. Pls make a tutorial on chassis design for automated guided vehicles using American or International Standards for structure
Very nice project suggestion
Would you please create a video explaining the robot's application, criteria, and selection?
Sure! Better if i would design a robot.
Sir how to take on datum are cmm expalian please
How to take datum on CMM..?? I never used CMM, but as i have seen, they first define the geometry of datum in software, and then they take multiples touch points on physical parts to register the datum
Hi! Nice video. Have you in plan to make a video about modifiers (M, E etc.) to datums and tolerances?
Beacause i think that it is difficult issue
OfCourse, without modifiers, specially without Maximum material condition, we can't provide bounce tolerance, and bounce tolerance is the one of the main strength of GD&T. We will also cover advance topics like datum target.
@@mastermechanicaldesign Yes, i know that maximum material condition is very powerfull tool, but this is not easy, especially to datums
Yes, true, we will understand this datum shift concept with CAD models, I'll try to make this very easy.
Nice, have a nice day !
Waiting for the lesson “Tolerance zone of GD&T control” in detail
Yes, in so much detail with examples 😊
🙏