1. Each dislocation within the material has a stress field associated with it. 2. Dislocations interact with each other by generating stress fields in the material. 3. An eigenstrain can produce a self-equilibrated stress field called " eigenstress ". 4. These dislocations create stress fields within the material depending on their character. 5. This asymptotic expression for the stress field around a crack tip is 6. As with paper insulation, the control of electric stress fields remains important. 7. Due to extremely uniform, near isotropic stress field -"'isotropic yielding "'takes place. 8. The crack would propagate slowly across the ever-changing stress field , describing an arc. 9. This can easily be converted to the stress field experienced by the material. 10. Stress fields are widely used in fluid dynamics and materials science.
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