A theoretical examination of the plastic deformation of ionic crystals: III. Mixed {110}, {100}, {111} 〈110〉 slip and approximate 〈110〉 pencil glide

@article{Chin1974ATE,
  title={A theoretical examination of the plastic deformation of ionic crystals: III. Mixed \{110\}, \{100\}, \{111\} 〈110〉 slip and approximate 〈110〉 pencil glide},
  author={Gerald Y. Chin and Wanda L. Mammel},
  journal={Metallurgical Transactions},
  year={1974},
  volume={5},
  pages={325-329}
}
Calculations have been made of the Taylor factorM and of the lattice rotation for crystals undergoing axisymmetric flow and deforming by approximate 〈110〉 pencil glide. Two types of approximate 〈110〉 pencil glide were considered: 1) mixed slip on {110}, {l00}, and {111} 〈110〉 systems and 2) slip on a set of equally spaced slip planes containing each (110) slip direction. The results indicate that the pencil glide mode tends to reduce the plastic anisotropy in axisymmetric flow in contrast to… CONTINUE READING

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