Permanent Offset (stress strain)

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The discussion focuses on calculating the permanent offset in a stress-strain graph, specifically between points A and C. The modulus of elasticity is given as E=200 GPa, and initial strain values are provided for segments AB and CD. The user expresses confusion about finding the missing distance of segment BC and mentions needing to interpolate to solve this. Ultimately, the user indicates they have resolved their confusion regarding interpolation. The conversation highlights the importance of understanding interpolation in stress-strain analysis.
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Sorry for the inverted picture...

"y" axis: top to bottom is 500 400 250
"x" axis: at B is .00125 at E is .05
modulus elasticity is E=200GPa

so from AB=.00125
from CD=.002 calculated: epsilon=400x10^6/200x10^9

I need to find permanent offset(AC) and I don't know How to find the missing distance of BC
 

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ok, it is solved by interpolating but I don't know how to do that, to be more precise I have no clue how to interpolate
 
nevermind, got it
 
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