Great video. Old test instruments depict concepts more tangible and understandable than modern instruments and thus they're more suitable for educational purposes.
Very useful. I'm looking to see what the pullout force would be for a M8 sized stainless (304) rivet nut in a 2mm 6062 alloy sheet. How would I set up a rig to test that ?
How to check yield pt and UTS of small screws say m6 x 30mm. The supplier says that it is 5.8 grade, that is it has 500MPa UTS and 400 MPa Ys, but how to check that on an Universal testing machines.?
The best video on the subject I've ever watched.
Great video. Old test instruments depict concepts more tangible and understandable than modern instruments and thus they're more suitable for educational purposes.
Great video and very clear. thank you.
This is a very helpful and educational video, thank you.
Very good to know details of Stress-Strain
Thank you very much!! from S.Korea
Very useful. I'm looking to see what the pullout force would be for a M8 sized stainless (304) rivet nut in a 2mm 6062 alloy sheet. How would I set up a rig to test that ?
i wishh you were my professor! great video
thanks for info with refreshing music
I LOVE THIS VIDEO SM THANK YOU
Hello, nice job. Do you know what the maximum clamping force should be on the supports of the aluminum tube, so that the tube does not flatten?
Thanks for the video, exellent job.
How to check yield pt and UTS of small screws say m6 x 30mm. The supplier says that it is 5.8 grade, that is it has 500MPa UTS and 400 MPa Ys, but how to check that on an Universal testing machines.?
Very clear, Thanks
Whats material of first sample
So, is yield point the yield strength? The maximum stress of materials withing the elastic zone?
perfect system
haha! As expected, it does not break in the middle!!!
Thanks
Thanks man
tyvm
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How are these dog bones tests made?