Seminar Variational Models for Microstructures and Phase Transformations

Announcement:

All teaching of the research group will make use of the Moodle platform and is also listed on Müsli. Please register on both platforms. Detailed information will be posted on moodle. 

Content:

Shape-memory alloys are materials which undergo a solid-solid, diffusionless phase transformation. The high temperature phase (austenite) is characterised by a highly symmetric lattice structure. The transition to the low temperature phase (martensite) is accompanied with a loss of symmetry which gives rise to many fascinating physical properties of the material (e.g. a memory).

In this seminar we will deal with the mathematical description, analysis and prediction of microstructures in these and related phase transformation problems. Central questions and methods here are the analysis of the n-gradient problem, gradient Young measures and singularly perturbed variational problems.

 

Participants:

Previous knowledge in functional analysis and pdes are beneficial but not required. It is possible to attend this seminar in parallel to the lecture on functional analysis 1.

 


Date:

Friday, 14:15-15:45.


Literature:

  • Stefan Müller:  Variational models for microstructure and phase transitions.
  • Andrea Braides:  Gamma-convergence for beginners.


Remarks:

If you are interested in the seminar, please send an email to Angkana.Rueland(at)uni-heidelberg.de.

Due to the current situation, the seminar will take place online. More information will be posted on Moodle.

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