Computationally efficient algorithm for modeling grain growth using hillert’s mean-field approach

HIGHLIGHTS

• What: The authors introduce a numerical algorithm that dynamically adapts the size of the simefficiently simulate, which will be investigated in the next paper. In this model, model, a set of aspherical set of spherical to represent the material, each individual grain is grains isgrains used is to used represent the material, and eachand individual grain is described described a set of at variables at any given
• Who: Shabnam Fadaei Chatroudi and collaborators from the Department of Materials Science and Engineering, McMaster University, Hamilton, ON L S , Canada have published the paper: Computationally Efficient Algorithm . . .
  

   

  

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