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MiS Preprint

On the scaling of the two well problem

Andrew Lorent


We establish a sharp relation between the two well problem with surface energy and the finite element approximation to a version of the two well problem.

We will show that if the finite element approximation has a lower bound of $h^{\frac{1}{3}}$ then this implies lower bounds of $\epsilon^{\frac{1}{3q}}$ for the two well problem with surface energy term given by the $L^q$ norm of the second derivative.

Our main tool for establishing this is an $L^q$ two well (suboptimal) Liouville theorem, which we will provide a simple proof of using the case of equality in the isoperimetric inequality. Using the optimal $L^1$ two well Liouville theorem of Conti Schweizer we give a cleaner formulation of our result for the $q=1$ case.

Jun 22, 2005
Jun 22, 2005
MSC Codes:
two wells, surface energy

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2005 Repository Open Access
Andrew Lorent

On the scaling of the two well problem