When does growth become energetically favorable

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Reference no: EM133931932

Questions:

  1. Explain some factors that make ionic solids more resistant to plastic deformation than metals.
  2. Explain the origins of the nucleation kinetic barrier for phase transformations? When does growth become energetically favorable?
  3. Are some materials less susceptible to failure by fatigue than others? Explain.
  4. Give an example of a situation where the structure of a material (how the atoms are arranged) contributes to its properties more than the composition of the material.
  5. Describe an approach for measuring the elastic modulus of a metal.

Reference no: EM133931932

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