Strength of Materials (Part 1: Stress and Strain)

[@infinitymfg5397]

For more videos on Strength of Materials you can watch this playlist:
th-cam.com/play/PLAXJqmuqGEr7QjsVVyl5jFY6HQTqw6Bfq.html
For design:
th-cam.com/play/PLAXJqmuqGEr706zgRtnwgQiFC5FYLvaTr.html

[@dankuchar6821]

Thank-you again for more excellent content.

[@infinitymfg5397]

Thank you too!

[@rx0788]

You have a great voice, i can't stop learning from you because you just speak so much sense with a voice that's a bit like watching a movie 😅

[@ammcalanka1037]

thank you so much i am a mechanical engineering student you help me to understand what my teacher could not thanks once again

[@infinitymfg5397]

Wow! Thanks a lot! I really appreciate that this was helpful to you. You might want to check out my web page where I have these concepts consolidated. The Engineer's Reference -- www.theengineersreference.com/videos-2/milling/

[@ladegn5161]

Wonderful! Again, you have put my textbook to shame.

[@infinitymfg5397]

Fred thanks a lot! I appreciate that!

[@Duhjr88]

Thanks! As a student who's professor doesn't explain so well ( he's a good guy though) this video helps.

[@infinitymfg5397]

Thanks! Its great knowing that this was helpful.
Check out the rest of the series on www.theengineersreference.com/videos-2/milling/

[@kofikeelson2493]

Though I'm into civil engineering. It helped a lot. That course troublesome paa ooo. Thanks.

[@冯孝伟]

should the specimen has to be a defined shape and size?

[@matthewcurtice3476]

Very happy i found this channel, your voice compared to others that teach this material is very clear. I was doubting myself a bit, gotta continue on!

[@infinitymfg5397]

Thanks a lot! Glad that you're finding these videos useful.

[@ChrissEEdrummer]

Really nicely explained! Thank you

[@Moha-bb7xm]

ty so much can you please make more of this

[@infinitymfg5397]

Thanks for watching. Another is uploading today at 1pm.

[@Fpslaith]

just wanna say i appreciate you. 👍

[@infinitymfg5397]

Thanks a lot! Thanks for watching and support!

[@Bulqaasacademy]

Why u didn't make playlist for your gold lessons

[@infinitymfg5397]

I only considered my playlist based on course materials that a mechanical engineering student would likely need. I was trying to make it easy for a person to reference them without search much.
If I created a list like that I'm not sure who would find it useful since there may not be much consistency to it.

[@pewdiepies9yoarmy497]

Useful

[@dragneel4541]

Mr........!
stress has types
1 normal st
2 peering st
3 sheering st
can give as example of them plz
and how can I now wen to use
t=p/A and O=P/A
thanks for this video 👍👍

[@ChrisWill]

You're an awesome teacher man!

[@infinitymfg5397]

Thanks for watching! I'm glad that you're finding the videos helpful.

[@maeezshaikh642]

Thank you sir

[@sangramkumarbarik5066]

It's very easy to understand

[@infinitymfg5397]

Thanks for watching! I'm glad that it was helpful.

[@Chandulal_2078]

If there is no friction in contact surface of two bodies, can apply shear load?

[@kotisiddeshwar6737]

No we cannot

[@haithamali74]

Do you eating something while you talking !!!???

[@infinitymfg5397]

LOL! Not this time.

[@sangramkumarbarik5066]

Nice clearing concept videos

[@lavanyakatlakuntla634]

Thank you

[@infinitymfg5397]

Thanks for watching!

[@poornaakalanka864]

Thank you sir

[@infinitymfg5397]

Thanks for watching!

[@gauravsinha6060]

Great video. Thank you☺☺. I am in confusion for the applicability of the two unit systems USCS and SI. Please clarify it. It will be very helpful for me. Thank you.☺

[@infinitymfg5397]

Thanks for watching! Most of the world uses SI, imperial is a carry over in the US. However, you will find that people use SI more in technical applications.

[@gauravsinha6060]

Infinity MFG
Thank you so much for the information.You have great contents on Strength Of Materials. I subscribed to your channel.

[@RamRamRamRamRam.]

good explanation.....