Really wonderful video! This helps us university students so much you cannot imagine! Your entire channel is so great! Thank you! I look forward to more materials science videos!
There is no doubt here: the total loads 150, 100 or 60 kgf consist of two components: preload (F0) of 10 kgf + main load (F1) of 140, 90 or 50 kgf. See the EN/ISO 6508-1 standard.
Thank you very much for the appreciation. I have no idea what machine this is supposed to represent. I looked at some reference pictures and then constructed the whole thing roughly for the 3D animation.
Master piece to understand the hardness test..Kudos to the team that prepared it to share and transfer knowledge to the next generation...
Thank you very much. The "Team" is just me, but thanks! 🙏🏽
You earned a new subscriber. Severely underrated channel.
Thank you 🙏🏿
Nice video....needed to refresh my memory from materials science class because now I need a hardness tester at work
Only video you need to watch to understand hardness testing
This video is better than most of the paid contents out there 🤝
Thank you!
best tutorial on youtube deserve more views and likes
Really wonderful video! This helps us university students so much you cannot imagine! Your entire channel is so great! Thank you! I look forward to more materials science videos!
Thank you very much for your kind words
very good video, helped me with my materials class
Thank you very much for your video. I really enjoy, appreciate the content, it is explained very smoothly. Thank you Again
Thank you very much 🙏🏼
Absolute master piece
Amazing explanation and presentation as well😊
Thank you!
great tutorial
much appreciated
what a great videos
@26:00 , on various websites, major load is mentioned as 150kgf, 100kgf and 50kgf instead of 140, 90 and 40 . Which one is right??
There is no doubt here: the total loads 150, 100 or 60 kgf consist of two components: preload (F0) of 10 kgf + main load (F1) of 140, 90 or 50 kgf. See the EN/ISO 6508-1 standard.
Thanks for information
Great video, very interesting and informative:) what is the name of the machine used?
Thank you very much for the appreciation. I have no idea what machine this is supposed to represent. I looked at some reference pictures and then constructed the whole thing roughly for the 3D animation.
@@tec-science no problem, I suppose these are way out of my budget anyway😅 thanks again for the video!
Need a video on the topic heat treatment
I haven't created a video about that topic yet but you will find information on heat treatment on my website
Can anyone recommend a machine brand name/model that could accommodate me for this three tests? Thank you.
Thanks!
May I ask whether uneven surface is suitable for this hardness testing also ? Thank you
I don't think that it is suitable because you don't get valid and comparable results
How to change HV unit to Mpa?
see: en.wikipedia.org/wiki/Vickers_hardness_test
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