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Julie Svoboda

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  • All publications (5)
  •  30
    The effect of surface contact conditions on grain boundary interdiffusion in a semi-infinite bicrystal
    with F. D. Fischer, L. Klinger, and E. Rabkin
    Philosophical Magazine 94 (30): 3398-3412. 2014.
  •  39
    Application of the thermodynamic extremal principle to modeling of thermodynamic processes in material sciences
    with I. Turek
    Philosophical Magazine 85 (31): 3699-3707. 2005.
    Thermodynamics and Statistical Mechanics
  •  39
    Modelling of grain refinement driven by negative grain boundary energy
    with F. D. Fischer and G. A. Zickler
    Philosophical Magazine 97 (23): 1963-1977. 2017.
  •  34
    Analysis of non-steady-state distribution functions for grain growth and coarsening
    with F. D. Fischer and E. Gamsjäger
    Philosophical Magazine 89 (17): 1425-1438. 2009.
  •  68
    A thermodynamic approach to grain growth and coarsening
    with P. Fratzl
    Philosophical Magazine 83 (9): 1075-1093. 2003.
    The evolution equations for grain growth and coarsening have been derived in the open literature mainly based on phenomenological considerations. Applying a thermodynamic extremal principle, the evolution equations are derived in a rigorous way. All kinetic parameters are provided directly. Existing relations are proved and generalized
    Philosophy of Physical Science, MiscThermodynamics and Statistical Mechanics
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