Metallurgical equation for the redistribution of solutes during solidification of an alloy
In metallurgy, the Scheil-Gulliver equation (or Scheil equation) describes solute redistribution during solidification of an alloy.
Solidification of a binary Cu Zn alloy, lever rule, with composition of 30% of Zinc in weight, using open version of Computherm Pandat.Solidification -using the Scheil rule - of a binary Cu Zn alloy, at composition Zn in weight 30% using free version of Computherm Pandat softwareSolidification of a binary Cu Zn alloy, with composition of 30% of Zinc in weight, using open version of Computherm Pandat. Red line is following lever rule, while Scheil model applies to the blue one
the Scheil-Gulliver equation (or Scheilequation) describes solute redistribution during solidification of an alloy. Four key assumptions in Scheil analysis...
solute concentration in the melt, C L {\textstyle C_{L}} , from the Scheilequation: k = W 0 ( Z ) ln ( 1 − f s ) C L = C 0 ( 1 − f s ) e W 0 ( Z ) Z...
coefficient of the impurity in the metal in question, as described by the Scheilequation. Directional solidification (in zone melting) is frequently employed...
This is a list of scientific equations named after people (eponymous equations). Contents A B C D E F G H I J K L M N O P R S T V W Y Z See also References...
translating ancient cuneiform tablets or seals, most notably including the Scheil dynastic tablet. In 1911, Waddell published two entries in the Encyclopædia...
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