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</script>We consider the following question: given a set of matriceswith no rank-one connections, does it support a nontrivial Young measure limit of gradients? Our main results are these: (a) a Young measure can be supported on four incompatible matrices; (b) in two space dimensions, a Young measure cannot be supported on finitely many incompatible elastic wells; (c) in three or more space dimensions, a Young measure can be supported on three incompatible elastic wells; and (d) ifsupports a nontrivial Young measure with mean value 0, then the linear span ofmust contain a matrix of rank one.
incompatible elastic wells, Micromechanics of solids, Other numerical methods in solid mechanics, 510, Young measure, gradient, martensitic phase transformations, Micromechanical theories, Variational problems in a geometric measure-theoretic setting, incompatible matrices, Optimization of other properties in solid mechanics, Thermodynamics in solid mechanics
incompatible elastic wells, Micromechanics of solids, Other numerical methods in solid mechanics, 510, Young measure, gradient, martensitic phase transformations, Micromechanical theories, Variational problems in a geometric measure-theoretic setting, incompatible matrices, Optimization of other properties in solid mechanics, Thermodynamics in solid mechanics
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