## Mathematics of microstructure evolution: this symposium was held during Materials Week '95, October 29-November 2, 1995 in Cleveland, Ohio |

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### Contents

THE SIMULATION OF TWODIMENSIONAL GRAIN | 15 |

EDGEENERGY MINIMIZING SURFACES | 23 |

ZENER PINNING OF NORMAL GRAIN GROWTH | 31 |

Copyright | |

19 other sections not shown

### Other editions - View all

Mathematics of Microstructure Evolution: This Symposium was Held During ... Long-Qing Chen No preview available - 1996 |

### Common terms and phrases

Acta Metall alloy anisotropy antiphase approximation atoms Austenite binary alloys boundary conditions Cahn-Hilliard equation calculations chemical potential cluster coarsening coefficients components composition constant constraint continuum correlation crystal curve defined dendritic density dependence diffusion dimensional domain dynamic Ising model edge energy elastic ensemble equilibrium shape Evolver experimental field Figure free energy Fultz function grain boundary grain growth initial interaction interface interfacial energy Ising model J. A. Simmons J. W. Cahn kinetic L. Q. Chen lattice linear Martensite Master Equation Mathematics of Microstructure matrix mean curvature Metals & Materials method microstructure minimizing misfit motion nonlinear nucleation obtained order parameter perturbations phase diagram phase separation phase transformation phase transitions Phys PMSM precipitates probability problem pseudo-binary quadrijunctions second phase particles Simmons The Minerals simulations solid solution space spinodal decomposition stable strain stress structure surface susceptor symmetry temperature theory thermodynamic transition two-dimensional two-phase variation vector zero