Equation 24 · Part 1 · Why Materials Fail: Fracture, Flaws and the Inspection Interval
Symbol K_ISCC
What this part means
the above a threshold conventionally denoted.
Its job in the formula
SCC is a part of this expression. Its role is fixed by the surrounding article and by the operations shown in the formula.
Full expression→Symbol K_ISCC→Article meaning
Where the article explains it
Cracking proceeds at stress intensities far below , above a threshold conventionally denoted ; the applied stress can be residual rather than service-applied, and therefore invisible in a load analysis; and the crack can be tight, branched and intergranular, which is close to the worst case for detection.
The passage around this formula
The engineering signature is what makes it dangerous. Cracking proceeds at stress intensities far below , above a threshold conventionally denoted ; the applied stress can be residual rather than service-applied, and therefore invisible in a load analysis; and the crack can be tight, branched and intergranular, which is close to the worst case for detection. The review’s own summary of why prognosis remains hard is that “the intricate interplay among mechanical, chemical, and electrochemical factors hinders the accurate prognosis of material degradation”, compounded by inconsistent test methodologies across the literature [ 9 ] .
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Sources cited in the surrounding passage
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