- #1
Regards
- 3
- 0
Hi all,
I have a problem with respect to axial strain.As far as I know the axial strain is calculated by using the formula given below.
Strain=(L-Lo)/Lo
where Lo : Orginal length and L : current length.
However, another formula is written in one of the program manuals I have been using, which is given below.
Strain= (L-Lo) / [(0.5)*(Lo+L)]
where Lo : Orginal length and L : current length.
My mind has a little bit complicated now. Has anybody ever seen the second formula ? And can anybady explain what the second formula is used for ?
I appreciate if someone could explain this post.
Have a nice day...
I have a problem with respect to axial strain.As far as I know the axial strain is calculated by using the formula given below.
Strain=(L-Lo)/Lo
where Lo : Orginal length and L : current length.
However, another formula is written in one of the program manuals I have been using, which is given below.
Strain= (L-Lo) / [(0.5)*(Lo+L)]
where Lo : Orginal length and L : current length.
My mind has a little bit complicated now. Has anybody ever seen the second formula ? And can anybady explain what the second formula is used for ?
I appreciate if someone could explain this post.
Have a nice day...