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Grain Boundary Properties: Energy (L21) - Materials Science and ...

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20<br />

Force Balance Equations/<br />

Herring Equations<br />

• The Herring equations[(1951). Surface tension as a motivation<br />

for sintering. The Physics of Powder Metallurgy. New York,<br />

McGraw-Hill Book Co.: 143-179] are force balance equations at<br />

a TJ. They rely on a local equilibrium in terms of free energy.<br />

• A virtual displacement, δr, of the TJ (L in the figure) results in no<br />

change in free energy.<br />

• See also: Kinderlehrer D <strong>and</strong> Liu C, Mathematical Models <strong>and</strong><br />

Methods in Applied <strong>Science</strong>s, (2001) 11 713-729; Kinderlehrer,<br />

D., Lee, J., Livshits, I., <strong>and</strong> Ta'asan, S. (2004) Mesoscale<br />

simulation of grain growth, in Continuum Scale Simulation of<br />

Engineering <strong>Materials</strong>, (Raabe, D. et al., eds),Wiley-VCH<br />

Verlag, Weinheim, Chap. 16, 361-372

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