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ISSUES TO ADDRESS...

3. ? Produces plastic deformation,? Depends on incrementally breaking bonds.. Plasticallystretchedzincsinglecrystal.. . . ? If dislocations don't move, deformation doesn't happen!. Adapted from Fig. 7.1, Callister 6e. (Fig. 7.1 is adapted from A.G. Guy, Essentials of Materials Science, McGraw-Hill Book Company,New York, 1976. p. 153.).

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ISSUES TO ADDRESS...

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    1. CHAPTER 8: DEFORMATION AND STRENGTHENING MECHANISMS

    2. DISLOCATION MOTION

    3. INCREMENTAL SLIP

    4. BOND BREAKING AND REMAKING

    5. DISLOCATIONS & CRYSTAL STRUCTURE

    6. STRESS AND DISLOCATION MOTION

    7. CRITICAL RESOLVED SHEAR STRESS

    8. DISL. MOTION IN POLYCRYSTALS

    9. 4 STRATEGIES FOR STRENGTHENING: 1: REDUCE GRAIN SIZE

    10. GRAIN SIZE STRENGTHENING: AN EXAMPLE

    11. ANISOTROPY IN syield

    12. STRENGTHENING STRATEGY 2: SOLID SOLUTIONS

    13. EX: SOLID SOLUTION STRENGTHENING IN COPPER

    14. STRENGTHENING STRATEGY 4: COLD WORK (%CW)

    15. RESULT OF COLD WORK

    16. DISLOCATION-DISLOCATION TRAPPING

    17. IMPACT OF COLD WORK

    18. COLD WORK ANALYSIS

    19. s-e BEHAVIOR VS TEMPERTURE

    20. EFFECT OF HEATING AFTER %CW

    21. RECOVERY

    22. RECRYSTALLIZATION

    23. FURTHER RECRYSTALLIZATION

    24. GRAIN GROWTH

    25. SUMMARY

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