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TU Berlin

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Seminar: "Thin Films - Free Boundary Problems", summer term 2014

Thin films, liquid or solid, play an ever increasing role in various application fields relating to nanotechnology, microfluidics, including organic and inorganic thin-film solar cells. Mathematical modeling and numerical simulation of the dynamics of the (often free) interfaces is crucial to understanding and optimizing production processes and functionality for the development of new materials.

Organisation
Coordinator
Prof. Dr. Barbara Wagner
Dates
Thu, 12am - 2pm, room MA 545
Content
In this seminar guests, members of staff and students will discuss and present research results arising in spreading and dewetting problems of microfluidics, pattern formation and organization of arrays of droplets, growth and dynamics of so-called quantum-dots and more.
Target group
Ph.D. students and students of "Mathematik MSc", "Scientific Computing MSc", "Technomathematik MSc", "Physik" and "Ingenieurwissenschaften", "Elektrotechnik" and "Informatik".
Dates
Date
Time
Room
Speaker
Title
17.04.14
12:15 pm
MA 545
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First meeting with the participants
24.04.14
12:15 pm
MA 545
Dr. Dirk Peschka
Modelling and numerics of complex flows
08.05.14
12:15 pm
MA 545
Tobias Ahnert
Road towards understanding of multiphase models for drying problems
15.05.14
12:15 pm
MA 545
Dr. Maciek Korzec
Phase field modeling of crystal growth
22.05.14
12:15 pm
MA 545
Sebastian Jachalski
Derivation and analysis of lubvication models for two-layer thin-films
05.06.14
12:15 pm
MA 545
Marion Dziwnik
Modellierung und asymptotische Analysis für die Entnetzung von dünnen Silizium-Filmen
19.06.14
12:15 pm
MA 545
Dr. Pierre-Étienne Druet
On the heat equation coupled to a mean curvature type equation
03.07.14
12:15 pm
MA 545
---
shifted
10.07.14
12:15 pm
MA 545
Sibylle Bergmann
Modeling of liquid phase crystallization
17.07.14
12:15 pm
MA 545
Fabian Mönkeberg
Excluded volume effects in stochastischen Differentialgleichungen

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