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This interdisciplinary network named MULTIMAT focuses on
Multiscale modelling and characterization for phase transitions of advanced materials from a very broad perspective embracing
recent developments in mathematics (Calculus of variations,
nonlinear partial differential equations, multiscale analysis and
computation, discrete-to-continuum limits), thermodynamics, ab-initio
computations, materials modelling and characterization.
It provides excellent training and research opportunities
for young researchers in mathematics, computer science, physics,
materials science and engineering, including special
training courses and exchange programmes with young researchers in
the other network teams.
The Oxford group and Warwick node are located in two of leading
international mathematics departments. The group focusses on the use of
nonlinear analysis and numerical methods to illuminate problems of solid
phase transformations, in particular those of martensitic nucleation
and microstructure morphology, the passage from atomistic to continuum
models, interfacial energy and micromagnetics.
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UK Network Nodes |
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Mathematical Institute ,
University of Oxford |
Mathematics Institute ,
University of Warwick |
Mineral Science Group ,
University of Cambridge |
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European Members |
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Electron Microscopy for Materials Research,
University of Antwerp, Antwerp, Belgium |
Max Planck Institute for Mathematics in the Sciences, Leipzig, Germany |
Department of Mathematical Methods and Models for Scientific Applications,
University of Padova, Italy |
Centre of Applied Mathematics ,
Ecole Polytechnique, Paris, France |
Condensed Matter Group,
University of Barcelona, Spain |
Laboratory for Microstructural Investigations,
ONERA, Châtillon, France |
Institute for Applied Mathematics, Mathematical Methods in Physics,
Rheinische Friedrich-Wilhelms-University, Bonn, Germany |
Academy of Sciences,
Prague, Czech Republic |
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Worldwide Members |
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Aerospace Engineering and Mechanics,
University of Minneapolis, USA |
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