Some researchers referred to (Machine compliance factor) as indicated in the following link
Chapter Using a Correction Factor to Remove Machine Compliance in a ...
However, this technique is valid for a material with known Young modulus only, otherwise it is not applicable
Respected sir,
1. i have requested the full paper of the link given by you
2. generally we will find youngs modulus from experiment stress- strain only
3. please see following links for information
a. https://sciencing.com/determine-modulus-rupture-12046932.html
b. https://www.birmingham.ac.uk/teachers/study-resources/stem/Physics/youngs-modulus.aspx
c.https://core.ac.uk/download/pdf/56360928.pdf
d.https://www.concepts-of-physics.com/searle-method/searle-method.php
e. https://k123.fsv.cvut.cz/media/subjects/files/123BM01/chapter-15.pdf
thank you sir
and previously similar question was here in our research gate..please see it
https://www.researchgate.net/post/What_are_the_different_methods_to_calculate_the_Youngs_modulus_of_a_material
The answer is no. You will need an extensometer or DIC.
The link that you have provided states clearly that Young's modulus has to be known:
"However, if any of these devices are not available, another method can be used to generate the correct specimen strain reading for any material with a known Young’s modulus."
Akula Komuraiah Thanks alot for your effort sir, I will check the given links and again we are very thankful for your advice
Konstantinos Poulios Thanks alot sir for such a valuable information
I suppose that you are referring to (machine compliance factor) as an alternative method if these devices aren't available ........
if I misunderstood your point, please inform me
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