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Biological growth: reaction, transport and mechanics theory and numerical models Submitted to Biomechanics Modeling and Mechanobiology (2006)

by H Narayanan, E M Arruda, K Grosh, K Garikipati
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National Nuclear Secu rity Administrat ion under Contract DE·AC04·94·AL85000.

by Thao D. Nguyen, Patrick A. Klein, David J. Holdych, Pieter J. In 't Veld, Mark Stevens , 2006
"... Sandia is a multiprogram laboratory operated by Sandia Corporation, ..."
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Sandia is a multiprogram laboratory operated by Sandia Corporation,
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..." = detFef is the elastic volume change of the fluid caused by externally applied and internal stresses. The following shows that this condition requires that the fluid concentration remain constant (=-=Narayanan et al. 2006-=-): c~ (X,O) : = (c~)ref c~ (X, t) Jgf f J = c (X,t)-fJg ~1 =cf(x,t)/ The result cf (x, t) = c~ (X, 0) transforms the fluid mass balance equation for the case 7f f = 0 to: o 'i= Vxc'· m' - cf (Vx·vf + ...

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