activity
20162024
most citedStrict Convexity of the Surface Tension for Non-convex Potentials

13 citations · 13 across the 2 of their papers we have counts for

collaborators

7 papers

math.AP2024

Rigidity of Euclidean product structure: breakdown for low Sobolev exponents

Bruce Kleiner, Stefan Müller, László Székelyhidi +1

We develop a general toolbox to study solutions of differential inclusions for unbounded sets . A key notion is the concept that a subset of the s…

math.AP2021

Scaling of the elastic energy of small balls for maps between manifolds with different curvature tensors

Milan Krömer, Stefan Müller

Motivated by experiments and formal asymptotic expansions in the physics literature, Maor and Shachar (J. Elasticity 134 (2019), 149-173) studied the behaviour of a model elastic e…

math-ph2019

Cauchy-Born Rule from Microscopic Models with Non-convex Potentials

Stefan Adams, Simon Buchholz, Roman Kotecký +1

We study gradient field models on an integer lattice with non-convex interactions. These models emerge in distinct branches of physics and mathematics under various names. In parti…

math.NA2019

Optimal order finite difference approximation of generalized solutions to the biharmonic equation in a cube

Stefan Müller, Florian Schweiger, Endre Süli

We prove an optimal order error bound in the discrete norm for finite difference approximations of the first boundary-value problem for the biharmonic equation in spac…

math-ph2017

Estimates for the Green's function of the discrete bilaplacian in dimensions 2 and 3

Stefan Müller, Florian Schweiger

We prove estimates for the Green's function of the discrete bilaplacian in squares and cubes in two and three dimensions which are optimal except possibly near the corners of the s…

math.AP2017

Data driven problems in elasticity

Sergio Conti, Stefan Müller, Michael Ortiz

We consider a new class of problems in elasticity, referred to as Data-Driven problems, defined on the space of strain-stress field pairs, or phase space. The problem consists of m…