❤

Thank you 👍

Thank you 👍 😊

Thank you 👍 😊 💓

From this when you get maximum shear stress then using failure theories you can calculate the factor of safety and based on that factor of safety you can choose the material which supports the maximum shear stress without causing failure ...

@@engradnanrasheedmechanical Thanks. I understand about failure theories but maybe not that well. The issue is when you calculate factor of safety using the failure theories (von mises and/or max shear theory). Assuming any ex.steel material. You get almost the same factor of safety. My question is if i can calculate the factor of safety using max shear value calculated. In other words. For this specific tension load condition. Can i divide Material yield strength/ Tau max shear or not? Or Should i be N= YS/2? Thanks

@MrJPDasani yes you can divide the materials yield strength by Tau max...

You are welcome 🌹

Hello, kindly check problem 9.23 for the details , and also for sigma y is not equal to zero for only this loading is not possible for this loading , for loading in 3 dimension, it may be not equal to zero.

@@engradnanrasheedmechanical Thanks a lot for your answer!

@kamosmkey you are always welcome

Thank you so much 💓 for your valuable feedback 👍

yes you can and may be you have made a mistake ❤

thank you for your valuable feedback about the videos

??

where?

@@engradnanrasheedmechanical at last 1 upon 2 AE you don't put the value of E as 200

May be I shall check but if not then you can plug in the value. Thank you amd sasriakal pa ji

Yes Of course that will be too good as in this moment equation when you put x=0 you will get -216 which mean our assumed direction is wrong it should be clock wise.

No I don't have pdf of my solutions, also what is telegram channel?

You're welcome!

What you want to ask? I am here to answer.

Congratulations aor kis University main and campus?

Y dash b is the distance from neutral axis to the mid of the area. As b point lies at distance of 20 mm from the base , so area below b point is out main focus so the distance from neutral axis till the mid of that area is y dash b. And this will be used to find Q ( First moment of inertia). Try other problems of this series you will learn it.

Thank you and share it to maximum people so that they may learn it also. 😀

Thank you so much 💓 for your valuable feedback 👍

Thanks

Thank you

Thank you 🥰😍💝

Thank you 👍

thanks a lot

thank you 🙏

Thank you 👍

You are welcome 🌹

Its available online , you can download it please.

@@engradnanrasheedmechanical sir i try a lot,,,,,but i can't,,

@AKMALAHMMED ok email me on [email protected] and mention the solution manual for the book (name and edition)

You are welcome 🌹

Thank you for your valuable feedback 👍 and you will get more inshallah

220 is the total length so why to add 12 +12 ??

@ I assumed x as neutral line

Enjoy the videos and keep sharing them with your friends ❤

This is the procedure and I have to explain for those who don't know about this also we are taking the whole length instead we are taking 2.75 ft length but anyways once you learn , you always think of many way to solve it quicker. ❤

You are welcome 🌹 and share my videos with your friends ❤

You can see that reaction moment is clock wise so it will produce tension at point B and compression at point A that's why...

Divide this expression by total volume of the beam you will get the strain energy density.

@engradnanrasheedmechanical Thank you!

@Demetri192 you are welcome

It may be , but the main thing is the concept which i think, you have learnt ❤

@ Yes Sir. Thankyou for your videos. They help a lot. Tomorrow’s my strength of materials final. Wish me luck 🙂

You are welcome 🌹 and best wishes ❤ and good luck for your final exams. Inshallah you will do the best 👌 👍

@@subhanjaved3971 hope u did well! mines is in 5 hrs!! And thank you @engradnanrasheedmechanical sir for your help!!