Yes because of the pinning of dislocations on the carbon entrapped in the dislocation core. Low carbon steels have their carbons dissolved in their matrix. While high carbon steels have free graphite which segregates and forms carbides
Yes because of the pinning of dislocations on the carbon entrapped in the dislocation core. Low carbon steels have their carbons dissolved in their matrix. While high carbon steels have free graphite which segregates and forms carbides
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Yes because of the pinning of dislocations on the carbon entrapped in the dislocation core. Low carbon steels have their carbons dissolved in their matrix. While high carbon steels have free graphite which segregates and forms carbides
Yes because of the pinning of dislocations on the carbon entrapped in the dislocation core. Low carbon steels have their carbons dissolved in their matrix. While high carbon steels have free graphite which segregates and forms carbides
See lessNo. It does not show yield point phenomenon.
No. It does not show yield point phenomenon.
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