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- W2091228293 abstract "The development of an effective microstructure design method for multicomponent alloys is of considerable importance for improving both the design of alloys and the design of processes for producing alloys with unique properties. The coupling of the phase-field method and the calculation of phase diagrams (CALPHAD) method can be used for predicting the evolution of microstructures in multicomponent alloys. Such predictions make use of CALPHAD thermodynamic information with the chemical free energy function in the phase-field method. This article reviews several of these coupling methods, focusing on solid-state phase transformations in multicomponent systems, such as phase separation and disordered or ordered phase precipitation from a matrix. When calculating disordered phase transformations, the Gibbs energy function derived from the CALPHAD database can be used directly in the phase-field method. On the other hand, when dealing with an order/disorder transition, the degrees of freedom of the element site fraction for an ordered phase in the CALPHAD method can be reduced using the Gibbs energy single formalism for constituent phases, by using a database that stores the Gibbs energy and chemical equilibrium conditions, or by obtaining the driving force calculated using the Thermo-Calc software. The current status and future directions for further development of these coupled methods are discussed." @default.
- W2091228293 created "2016-06-24" @default.
- W2091228293 creator A5002048993 @default.
- W2091228293 date "2008-04-11" @default.
- W2091228293 modified "2023-09-27" @default.
- W2091228293 title "Coupling of the phase-field and CALPHAD methods for predicting multicomponent, solid-state phase transformations" @default.
- W2091228293 cites W1490255640 @default.
- W2091228293 cites W1772299910 @default.
- W2091228293 cites W1963747319 @default.
- W2091228293 cites W1967747297 @default.
- W2091228293 cites W1968738099 @default.
- W2091228293 cites W1969832231 @default.
- W2091228293 cites W1969959083 @default.
- W2091228293 cites W1974470676 @default.
- W2091228293 cites W1975405469 @default.
- W2091228293 cites W1976843415 @default.
- W2091228293 cites W1977032047 @default.
- W2091228293 cites W1981193400 @default.
- W2091228293 cites W1983292735 @default.
- W2091228293 cites W1985382288 @default.
- W2091228293 cites W1987746852 @default.
- W2091228293 cites W1990855332 @default.
- W2091228293 cites W1992359281 @default.
- W2091228293 cites W1995762044 @default.
- W2091228293 cites W1996662610 @default.
- W2091228293 cites W1999455831 @default.
- W2091228293 cites W2001140232 @default.
- W2091228293 cites W2002230881 @default.
- W2091228293 cites W2002752205 @default.
- W2091228293 cites W2004908213 @default.
- W2091228293 cites W2007995670 @default.
- W2091228293 cites W2008142659 @default.
- W2091228293 cites W2008285879 @default.
- W2091228293 cites W2011582115 @default.
- W2091228293 cites W2012686141 @default.
- W2091228293 cites W2015615234 @default.
- W2091228293 cites W2015873351 @default.
- W2091228293 cites W2019217073 @default.
- W2091228293 cites W2019435247 @default.
- W2091228293 cites W2019890607 @default.
- W2091228293 cites W2022047494 @default.
- W2091228293 cites W2023342713 @default.
- W2091228293 cites W2026103130 @default.
- W2091228293 cites W2031249228 @default.
- W2091228293 cites W2032849818 @default.
- W2091228293 cites W2035012405 @default.
- W2091228293 cites W2039941029 @default.
- W2091228293 cites W2043865516 @default.
- W2091228293 cites W2046089503 @default.
- W2091228293 cites W2046528357 @default.
- W2091228293 cites W2047603221 @default.
- W2091228293 cites W2049725929 @default.
- W2091228293 cites W2054656297 @default.
- W2091228293 cites W2056280895 @default.
- W2091228293 cites W2059414122 @default.
- W2091228293 cites W2059816888 @default.
- W2091228293 cites W2059998639 @default.
- W2091228293 cites W2069509897 @default.
- W2091228293 cites W2071615369 @default.
- W2091228293 cites W2075898287 @default.
- W2091228293 cites W2078683704 @default.
- W2091228293 cites W2083186441 @default.
- W2091228293 cites W2083649370 @default.
- W2091228293 cites W2085016164 @default.
- W2091228293 cites W2092350896 @default.
- W2091228293 cites W2092992294 @default.
- W2091228293 cites W2100365045 @default.
- W2091228293 cites W2103574770 @default.
- W2091228293 cites W2104196136 @default.
- W2091228293 cites W2117608285 @default.
- W2091228293 cites W2142706160 @default.
- W2091228293 cites W2150409939 @default.
- W2091228293 cites W2179533169 @default.
- W2091228293 cites W2325118723 @default.
- W2091228293 cites W2607045313 @default.
- W2091228293 cites W3146550796 @default.
- W2091228293 cites W4376864716 @default.
- W2091228293 cites W612239941 @default.
- W2091228293 doi "https://doi.org/10.1080/14786430802243857" @default.
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