Effect of temperature on Modulus of Elasticity

Hello all,
I am trying to quantify the effect of temperature (100 Deg.F - 1750
deg.F) on modulus of elasticity for carbon steel (C < 3%). If there is
any reference which would help to understand and present graphically
such an effect, kindly point out.
Prashant
"Handbook of Engineering Fundamentals", Eshbach, 3rd ed., 1975 John Wiley & Sons, ISBN 0-471-24553-4, Page 1332 lists: Low carbon steel from -325 F through 1000 F where E ranges from 30,000,000 psi to 15,400,000 psi
Having worked in the design of rolling mill machinery, I have a chart made by a co-worker shows that at 1800 F, E = 2,000,000 psi. The chart is old and difficult to read, but two of his references are Jeffery and Guy Verse which he used to construct the chart.
I hope that gets you started.
Jim Y
Drawing the best fit straight line through three points suggests, as a first pass:
E = 30,000,000 [1 - (1/1700) * (T-200)]
for E Youngs modulus in psi, at T temp in degF higher than 200degF, constant E below 200 degF
Brian Whatcott
to 15,400,000 psi
co-worker shows that
of his references are
take a look at this
Tech paper
Elastc Moduls & internal frictinas function of temperture
carbon & stainless steel
db1.wdc-jp.com/isij/pdf/199304/is330508.pdf
cheers Bob

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