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Thanks!

You may use tools made of Tungsten Carbide.

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@MACSAN-zm8rd , I understand the confusion here. It is quite common. The width of the workpiece here is the depth of cut and t (uncut chip thickness) is the feed.

@piyushsinghclasses Ok Sir

Which chart are you referring to?

நன்றி ! 🙂

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Yes, that is the correct way to identify organic compounds with bromine. Refer to the timestamp 3:27 (Chapter 3), it has been discussed there.

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@rajeshsuryanarayan1069 Thank you for sparing your time to watch the video and giving your feedback. Do watch the other videos on the channel and share your feedback. 🙂

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You may refer the paper at the following link. Hope this helps! Thanks for visiting the channel. Hilarispublisher www.hilarispublisher.com › ...PDF Calculation of Evaporation Rate of a Droplets Cluster and Conceptual Design of a Structure Utilizing Water Droplets for Evaporat

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@@piyushsinghclasses May I get the journal or reference publication where you used theses formulas and all. So that I can use them and show to my managers.

@@saiprathapreddynimmakayala5211 The equation used to calculate the pressure drop per unit length has been derived from Fritzsche equation (an empirical relation for pressure drop in pipes). Other empirical relations may also be used like Darcy-Weisbach equation, Modified Darcy's equation. These can be found in most of the standard textbooks/ reference books on fluid mechanics discussing flow through ducts/ pipes. You may also find these in RAC books by C. P. Arora, R.K. Rajput, Arora & Domkundwar to name a few.

I am having some doubts, how to contact you sir?

You may inbox/ message me on my Facebook page: facebook.com/CognizanceClassesbyPiyushSingh

Which excel sheet do you want me to provide?

This is bless from China, thank you 錒叁

兄弟你好眼熟阿

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The equation used to calculate the pressure drop per unit length has been derived from Fritzsche equation (an empirical relation for pressure drop in pipes). Other empirical relations may also be used like Darcy-Weisbach equation, Modified Darcy's equation. These can be found in most of the standard textbooks/ reference books on fluid mechanics discussing flow through ducts/ pipes. You may also find these in RAC books by C. P. Arora, R.K. Rajput, Arora & Domkundwar to name a few.

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Glad to know that you found the video helpful. Share the video, if you know others who may be preparing for the same exam. 🙂

The equation used to calculate the pressure drop per unit length has been derived from Fritzsche equation (an empirical relation for pressure drop in pipes). Other empirical relations may also be used like Darcy-Weisbach equation, Modified Darcy's equation. These can be found in most of the standard textbooks/ reference books on fluid mechanics discussing flow through ducts/ pipes. You may also find these in RAC books by C. P. Arora, R.K. Rajput, Arora & Domkundwar to name a few.

Happy to know that you liked the video. Thanks for the feedback. Such words motivate me to work harder for better content. Keep watching and sharing. 🙂

@@piyushsinghclasses please do, really helps me understand stuff my instructor doesnt explain well

Please suggest topics of interest if any for future videos.

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Hi, thank you! glad to know that you liked the video. You may inbox/ message me on my Facebook page: facebook.com/CognizanceClassesbyPiyushSingh

@@piyushsinghclasses messaged you on FB

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Glad to know that you found the video useful. The equation used to calculate the pressure drop per unit length has been derived from Fritzsche equation (an empirical relation for pressure drop in pipes). Other empirical relations may also be used like Darcy-Weisbach equation, Modified Darcy's equation. These can be found in most of the standard textbooks/ reference books on fluid mechanics discussing flow through ducts/ pipes. You may also find these in RAC books by C. P. Arora, R.K. Rajput, Arora & Domkundwar to name a few.

@@piyushsinghclasses Awesome! Thanks again for the information

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The plates welded here are 4 mm thick AA6061. You can find all the details in the following book chapter: Singh P., Biswas P., Kore S.D. (2018) Finite Element Method and Experimental Study of Self-reacting Friction Stir Welding of Aluminium Alloy AA6061-T6. In: Dixit U., Kant R. (eds) Simulations for Design and Manufacturing. Lecture Notes on Multidisciplinary Industrial Engineering. Springer, Singapore. doi.org/10.1007/978-981-10-8518-5_3

Thanks for the feedback. I will definitely work on your advice in the future videos.

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Thank you for the pat on the back 🙂. Please watch other videos on the channel and provide your feedback. Also, thanks for sharing the video. Hope he finds the video useful.

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Thanks for the feedback. I am continuously working to improve the quality of the videos. Please check the recent uploads and share your thoughts on the audio quality.

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Yes. I will try to make some videos in hindi. Thanks for suggesting.

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You're very welcome. Glad that it was helpful. Also, thanks for the motivation to make more such videos 🙂.

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