The specimen is struck by a “hammer” attached to a swinging pendulum of specific design and weight. The specimen breaks at its notched cross-section upon impact, and the upward swing of the pendulum is used to determine the amount of energy absorbed (notch toughness) in the process.
Thank you sir very use full beautiful explanation❤
Happy Learning Varshitha 💐
Nice video
Thank you 💐
Wonderful sir 💕 we need thia type of lectures
Thank you very much for your inspiration 🤟
Thank you for such a lively content...
Thank you Hiranya , Happy Learning 💐
won't the reading would be 200 joules as 1 div is 2 joule???
Thank you sir for detailed explaination❤
Happy Learning Deepika 💐
Very nice explanation sirrr 👍
Thanks a lot , Happy Learning 🇮🇳
Thanks for the detailed explanation sir
Thank you and happy Learning Roshan 💐
Very nice explanation
Thankyou Bikash 💐
you make it easy to understand thank you😁
Thanks a lot , Happy Learning 💐
Awesome . Thank you sir.
Happy Learning Vishnu 💐
very good and clear for understanding
Happy Learning Advik 💐
Very nice explanation sir go head on more videos on som sir
Thank you Nagendra , Your motivation is the true essence of passionate teaching learning.
Thank you for this detailed, and well explained video.
Pleasure is all mine Brody , happy learning 💐
@@LalitSinghMehta I have been looking for years for a well explained presentation of this type of test. Now we have one! 🙏❤️
Very nice explanation
Thank you Bala 💐
Nicely explained ☺️☺️☺️
Thank you Sudeep , Happy Learning !
Very nice explanation. Please upload izod test also
Thank you, will definitely upload.... Soon
Make more video of SOM experiment
plz sir 🙏
Yes definitely I will be making , Thanks for your support ❤️
sir one doubt why we use U notch in charpy test and V notch in Izod any perticular reason sir ?
The short answer is Stress Concentration and Test Norms
excellent sir
Many many thanks
Good effort
Thank you my Mentor Prof. Durga Rao Sir 💐
Thank you Sir
If the plate thk is 6mm what would be sample size?
For this you have to refer standard charts by BIS or other bodies with material specifications, for College purpose it is as mentioned in th video
Thank you ❤
Thank you so much sir
Happy Learning 💐
Very helpful sir
Thanks Faizan , happy learning
How to calculate Shear fracture?
For shear , we have to perform a separate test , check my playlist SOM Practicals you will get it.
How do yoy make the notch in the specimen?
By copying the standard size of actual standard specimen provided by the manufacturer with the machine
really good video
Thanks Pushpendra, happy learning 💐
Thank you so much sir..
Happy Learning Ramyadeep 🤟
Sir please one doubt, what exact reason for create V-notch
The specimen is struck by a “hammer” attached to a swinging pendulum of specific design and weight. The specimen breaks at its notched cross-section upon impact, and the upward swing of the pendulum is used to determine the amount of energy absorbed (notch toughness) in the process.
really helpful thanks!!
Happy Learning 💐
Sir how I will get izod impact test video?
I have it in my playlist SOM Practical, Please Check
Very nice..
Thanks Sudhir Ji
Sir are you in Military Engineering Services ??
No , I am in teaching profession
It wouldn't be 108 joules as 1div is 2 joules.
It is just an informative video about the test , technicalities can differ
100 Div= 200 J ????
Yes based on your least count
What is notch location ?
Notch location is according to standard specimens , but for College Pracs purpose it can be at the centre i. e. L/2
love from kerala
Thank you Suhail
Sir 2 se multiply nhi kiya
Machine ka Least Count hi 1 division = 2 Joules hai
200 J
You can see ctm model here th-cam.com/users/shorts77e6IUM4EaQ?feature=share
Music add karke video spoil kar diya
Noted
@@LalitSinghMehta sir app Bina music ke hi acche video bana sakte hai
crocs op XD
Nice Observation, Hope the test was also useful 😂
It seems quite tight,go for the next size..
Notch was not perfect depth
Yes it is not ... Main aim was to showcase the glimpse of actual testing