Determination of the solid-liquid interface energy in the Al-Cu-Ag system

The solid-liquid interface energy, σ^sub SL^, is of major importance during phase transformation. It has a strong influence on solidification morphologies and the final grain structure. The "grain boundary groove in an applied temperature gradient" method developed by Gündüz et al.[6] was...

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Published inMetallurgical and materials transactions. A, Physical metallurgy and materials science Vol. 38; no. 9; pp. 1956 - 1964
Main Authors BULLA, A, CARRENO-BODENSIEK, C, PUSTAL, B, BERGER, R, BÜHRIG-POLACZEK, A, LUDWIG, A
Format Journal Article
LanguageEnglish
Published New York, NY Springer 01.09.2007
Springer Nature B.V
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Abstract The solid-liquid interface energy, σ^sub SL^, is of major importance during phase transformation. It has a strong influence on solidification morphologies and the final grain structure. The "grain boundary groove in an applied temperature gradient" method developed by Gündüz et al.[6] was found to be suitable for measuring the solid-liquid interface energy in ternary alloy systems (e.g., Al-Cu-Ag). In order to measure the solid-liquid interface energy, a radial heat flow apparatus was constructed and assembled. This apparatus ensures a stable temperature gradient for hours and leads to grain boundary grooves in chemical equilibrium. After rapid quenching, the samples were metallographically prepared and the local curvature of the grooves was analyzed. To determine the interface energy, the Gibbs-Thomson equation was used, which requires the local curvature of the grain boundary grooves and the adherent local undercooling obtained from heat flux simulations on the scale of the grooves. [PUBLICATION ABSTRACT]
AbstractList The solid-liquid interface energy, σ^sub SL^, is of major importance during phase transformation. It has a strong influence on solidification morphologies and the final grain structure. The "grain boundary groove in an applied temperature gradient" method developed by Gündüz et al.[6] was found to be suitable for measuring the solid-liquid interface energy in ternary alloy systems (e.g., Al-Cu-Ag). In order to measure the solid-liquid interface energy, a radial heat flow apparatus was constructed and assembled. This apparatus ensures a stable temperature gradient for hours and leads to grain boundary grooves in chemical equilibrium. After rapid quenching, the samples were metallographically prepared and the local curvature of the grooves was analyzed. To determine the interface energy, the Gibbs-Thomson equation was used, which requires the local curvature of the grain boundary grooves and the adherent local undercooling obtained from heat flux simulations on the scale of the grooves. [PUBLICATION ABSTRACT]
The solid-liquid interface energy, sigma SL , is of major importance during phase transformation. It has a strong influence on solidification morphologies and the final grain structure. The 'grain boundary groove in an applied temperature gradient' method developed by Gunduz et al.[6] was found to be suitable for measuring the solid-liquid interface energy in ternary alloy systems (e.g., Al-Cu-Ag). In order to measure the solid-liquid interface energy, a radial heat flow apparatus was constructed and assembled. This apparatus ensures a stable temperature gradient for hours and leads to grain boundary grooves in chemical equilibrium. After rapid quenching, the samples were metallographically prepared and the local curvature of the grooves was analyzed. To determine the interface energy, the Gibbs-Thomson equation was used, which requires the local curvature of the grain boundary grooves and the adherent local undercooling obtained from heat flux simulations on the scale of the grooves.
Author BÜHRIG-POLACZEK, A
BULLA, A
CARRENO-BODENSIEK, C
LUDWIG, A
BERGER, R
PUSTAL, B
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10.1016/j.msea.2003.11.033
10.1016/0001-6160(85)90161-0
10.1016/1359-6454(95)00227-8
10.1016/j.scriptamat.2004.03.041
10.1016/S0022-0248(02)02057-2
10.1016/0001-6160(89)90068-0
10.1063/1.1728417
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Snippet The solid-liquid interface energy, σ^sub SL^, is of major importance during phase transformation. It has a strong influence on solidification morphologies and...
The solid-liquid interface energy, sigma SL , is of major importance during phase transformation. It has a strong influence on solidification morphologies and...
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SubjectTerms Alloys
Applied sciences
Ceramic tubes
Chemicals
Entropy
Equilibrium
Exact sciences and technology
Heat transfer
Metals. Metallurgy
Phase transitions
Quenching
Research methodology
Solids
Title Determination of the solid-liquid interface energy in the Al-Cu-Ag system
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