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Dislocation Structure Evolution in Thin Single Crystal Plates Under Cyclic Loading

Published online by Cambridge University Press:  21 February 2011

Yury. N. Stepanov and
Alexander M. Scorupsky
Yury. N. Stepanov
Affiliation:
Institute of Metallurgy, RAS Moscow, Russia
Alexander M. Scorupsky
Affiliation:
MIREA, Moscow, scorupsk.@hermes.bc.edu
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Abstract

The effect of cyclic uniaxial loading applied to surfaces of thin single crystal plates on dislocation structure is analyzed analytically and numerically. This work investigates detailed changes in dislocation structure near surfaces and in size and concentration of dislocation loops inside the crystal. The results may be helpful in choosing the optimum regime for material processing and in predicting material properties.

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References

REFERENCES

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