hello nilesh sir, by watching your videos, these topics becomes clear and easy to understand sir please make such videos on more topics you teach very nicely.
Design a workshop type progressive type GO-NOT-GO plug gauge suitable for 25 H7 withthe following information: (i) 25 mm lies in the diameter step of 18-30 mm (i) i = 0.45 * root(D, 3) + 0.001D and (ii 1.1T * 7 = 16L
Excellent experience for explaining in teaching Sir ❤
Wow! What a clear explanation...keep it up. From Nepal...
these topics becomes clear and easy to understand
, best explanation sir
hello nilesh sir,
by watching your videos, these topics becomes clear and easy to understand
sir please make such videos on more topics
you teach very nicely.
Sure I will
thank you sir, great... really helpful
Very clear and good explanation
Thank you sir..
thank you
Great explanation heard on Gauge design so far!
Sir literally no words for this level of explanation.....❤ Wonderfull sir
Your explanations are so clear and understandable, thank you so much for this content
Thank you for the excellent explanation
thanks sir!, this was very nice one. Will help us a lot.
very well explained
Thank you
Perfect explanation
Amazing 👏
Excellent
Thanks a lot sirji
Welcome
Great
thank you
Usefull ✨
Thank you so much sir 🙏🏻❤
thanku sir
Design a workshop type progressive type GO-NOT-GO plug gauge suitable for 25 H7 withthe following information:
(i) 25 mm lies in the diameter step of 18-30 mm
(i) i = 0.45 * root(D, 3) + 0.001D and (ii 1.1T * 7 = 16L
What is the go & no go size for a snap gauge of nominal size 25+-0.02 ?please iska ans bataiye sir.
Wow
Thanks sir !
Why do you have to derive the Tolerance Range and the Fundamental Deviation when you can easily refer a tolerance table? Just wondering. Thanks!
Hi Mr. Can you show me a method to estimate IRI
Can you explain how you converted micron to mm
what if the checking product goes through both go and no go go guage??
👍
Sir last me diagram kesi ati he
But the question is about general type, you have used workshop type instead
dayyum
What is the effective tooth thickness?
LOL
Woww I was confused about this topic you explained it so well I'm so happy please make more such mechanical engineering videos I'm subscribing 🤍
Thank you, I will
Thank you so much sir 🙏🙏🙏
I watched this video and clear all the doubts about these topics ❤❤