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|Author(s):||Ursula R. Kattner; Carelyn E. Campbell;|
|Title:||Modelling of Thermodynamics and Diffusion in Multicomponent Systems|
|Published:||April 01, 2009|
|Abstract:||The availability of reliable materials data is key to the successful design of materials and manufacturing processes. Commercial alloys rarely consist of only two or three elements, but rather may contain a large number of elements for which the needed data are rarely available. The Calphad method, as implemented in a number of software tools, enables the development of thermodynamic and diffusion databases and the extrapolation of these property data from binary and ternary systems to higher-order systems. The computational methods used to calculate thermodynamic and diffusion properties can be invaluable in the design of new materials. In addition, the databases and software tools provide an efficient method of storing the wealth of data and allow efficient retrieval of the needed information. This work reviews the development and application of multi-component thermodynamic and diffusion mobility databases using the Calphad method.|
|Citation:||Materials Science and Technology|
|Pages:||pp. 443 - 459|
|Research Areas:||Thermodynamics and kinetics, Materials Science|
|PDF version:||Click here to retrieve PDF version of paper (1MB)|