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Sir ek video request he, kya aap tutorial kar sakte he, make a part drawing and assembly drawing using G D &T in detail

Excellent knowledge sir❤

Please make video on o ring quad ring and k ring etc

Bro pls pls pls make a video on Datum Shift....And pls explain how the gauges will be used at RMB and MMB condition in detail.....I am frustrated in understanding this....pls reply or like my comment if u have got my comment so that I can know that u will surely come up with video

Good work, I think it makes sense if we exchange experiences, what do you think?

Thank you very much for your each and every content that provides deep knowledge to engineering people. Please make video on one FEA process with example.

Thanks bro

With Inline skates, at least the ones I had, they don't truly care about longevity all that much. The wheels are plastic, therefore a bit elastic and the axle is metal and the goal is to be able to replace bearings without needing heavy machinery or a press. No idea whether super expensive skates do it differently.

Fine explanations Mrs, you have my subscription.👍

Can you make please a video on how we will drive a system with belt and pulley mechanism instead of a ball screw. Thankyou for all the lessons.

Thanks for sharing your experience...and thanks for your efforts

As Brit I have to say this is the most comprehensive and informative video I have seen on this subject. Most confusion arises form all the different naming conventions. It would appear we have more pipe thread compatibility internationally than it first appears. North America being the exception.

Very very thanks sir very easy language you told

🙏

Daimond Wire saw machine (220v 50hz) track machine 150kg Forward reverse gear motor hp & rpm plz

Nice video again. Sir, could you say which animation software you use for graphical animation

Nice video. But, orientation take place in position tolerance, so you can not add the orentation tolerance like form.

Really classic explanation about conveyor ..

Nice playlist buddy!

Hi, Master Ayush, I have a question: hope you can help me understand it clearly in the video, you says Rule #1 can be overridden by Rule #2 ONLY in THREE ways - applying flatness tolerance to the dimension of a planner... AME = 11+0.5=11.5 - by applying a straightness tolerance to the size of a cylindrical ... - by specifying the independence symbol "I circle" But before these content, you also said/showed(at 14:33) that applying a flatness(and also other geometric tolerance) to the surface of a feature of size(a shaft, not to the size of the shaft), it follows regardless of feature of size(geometric tolerance independent from size limit), the AME = 11+0.5=11.5, and Rule #2 definitions says when no modifier is defined the RFS applies. So this makes me confused why we say "Rule #1 be overridden by Rule #2 ONLY IN THREE WAYS", it seems not only three ways where Rule #1 is overridden?

very good, but is it possible to have subtitles for the parts where you don't speak English? A lot of the context is missing for people who only speak English like myself.

But belt will be move in horizontal condition

Plz make more vdo like this

Explanation way is too good sir...top notch

I would like to listen to simulation classes from you sir

Thank you very much for the clear video. Out Boundary = Diameter 21(MMC)+0.5(Position TOL)+0.5(Straightness TOL) In this case, Straightness TOL seems to be included in Position TOL, but I wonder why Straightness TOL is separated and added separately to Out Boundary.

Thank you for the detailed explanation!

Hello, sir. Thank you for sharing your knowledge. I would like to request that you please make a playlist on Jigs and Fixture.

Please do calculations of oreiental motor comfused on external force fa and acceleration time please make video on selection of motor using software

How to calculate belt length

In 13:55 please teach me how to calculate the maximum and minimum length of belt i didnt understand

Nice video brother. I was about to ask what's the use of calculating Outer boundary for hole, and you are already there 👌. That's why your videos are special. You never let us to have any doubts. Thank you 😊

Mecha lock is good or coupling for conveyor belt

How to select standaed belt length

Wonder what the "c" stands for in Rc Female Tapered Thread

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!!

wow... very informative

good and detailed explanation. thks❤️

I think you mean bonus not bounce, very good explanation.

Please also make video on checking method on geometry tolerance

Bro I am not a mechanical engineer but I find this interesting. I have started growing admiration for mech engineers who were usually looked down upon as low grade students in college.

Hi, thank you Master Ayush for your great work to make all these perfect classes. I am a Chinese guy who was trying to learn GD&T from time to time and from many other channels but can not find a good learning material. It's your videos that gave me a clear, easy to get learning experience. Thank your so much. For the questions you listed in the PDF, my answers are: Problem 1 - OB = Φ22.08 mm, IB = Φ 21.88 mm. No VC and RC for this kind of geometric tolerance design. Problem 2 - Virtual Condition = Φ21.7 mm, Resultant Condition = Φ22.3 mm, not call OB/IB in this case. Am I right?

This is revolutionary channel for mechanical design engineer 🔥

Definitely a video worth watching i have no doubt about it. You should do a topic on material selection, would be very interesting to see your take on it. Cheers man

Can you create a video about the bushing, lubrication for bush

This is a great video, thank you very much