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MiS Preprint
52/2017

Brakke’s inequality for the thresholding scheme

Tim Bastian Laux and Felix Otto

Abstract

We continue our analysis of the thresholding scheme from the variational viewpoint and prove a conditional convergence result towards Brakke’s notion of mean curvature flow. Our proof is based on a localized version of the minimizing movements interpretation of Esedoğlu and the second author. We apply De Giorgi’s variational interpolation to the thresholding scheme and pass to the limit in the resulting energy-dissipation inequality. The result is conditional in the sense that we assume the time-integrated energies of the approximations to converge to those of the limit.

Received:
14.08.2017
Published:
30.08.2017
MSC Codes:
35A15, 65M12, 74N20
Keywords:
Mean curvature flow, thresholding, MBO, diffusion generated motion

Related publications

inJournal
2020 Journal Open Access
Tim Bastian Laux and Felix Otto

Brakke's inequality for the thresholding scheme

In: Calculus of variations and partial differential equations, 59 (2020) 1, p. 39