Moritz Keuthen, M.Sc.
 |
|
ma.tum.deInternational Research Training Group IGDK1754
- Member of the International Research Training Group IGDK1754.
- Participating in the project "Shape optimization".
- Spokesperson of the doctoral candidates in Munich (10.2012 - 06.2015).
News
- 22.09.15, New paper accepted by Inverse Problems in Science and Engineering. M. Keuthen, D. Kraft: "Shape optimization of a breakwater"
- 31.08.15, Submitted dissertation, M. Keuthen: "Second Order Methods in Shape Optimization with Geometric Constraints"
- 21.05.14, Graduate Seminar IGDK 1754, 'The symbol of the shape Hessian'
- 03-05.12.14, Annual Colloquium IGDK 1754, Herrsching
- 07.11.14, New paper submitted
- 13-17.10.14, Workshop Shape and Topological Optimization, RICAM, Linz
- 21-26.09.14, Summer Workshop IGDK 1754, Malcesine
- 28.06.13, Graduate Seminar IGDK 1754, 'Shape optimization of a breakwater'
- 19-22.05.14, SIAM Optimization 14, Contributed Presentations Optimal Control III, San Diego
- 28.04.14, New paper accepted by COAP, M. Keuthen, M. Ulbrich: "Moreau-Yosida Regularization in Shape Optimization with Geometric Constraints"
- 10-14.03.14, GAMM 14, Section 19 Optimization of differential equations, Erlangen
- 08-14.02.14, Chemnitzer Seminar zur Optimalsteuerung 2014, Haus i. Ennstal
- 10.01.14, Universität der Bundeswehr München, 'Shape Optimization with Geometric Constraints'
- 04.12.13, New Office: 03.08.035
- 13.11.13, New paper submitted
- 05.11.13, Annual Colloquium IGDK 1754, Mariatrost, 'Shape Optimization with Geometric Constraints'
- 01-06.09.13, Summer Workshop IGDK 1754, Altaussee, Organizer
- 17-19.07.13, EUCCO 2013, European Conference on Computational Optimization Chemnitz 2013, Contributed talks, Chemnitz
- 08-11.07.13, Workshop on ’Analysis and Advanced Numerical Methods for Partial Differential Equations for Junior Scientists 2013’, Strobl a. Wolfgangsee
- 14.06.13, Graduate Seminar IGDK 1754, 'Shape optimization of a breakwater'
- 08.05.13, Oberseminar Mathematische Optimierung Karl-Franzens-Universität Graz, ’Moreau- Yosida Regularization in Shape Optimization with Geometric Constraints’
- 03-08.03.13, Chemnitzer Seminar zur Optimalsteuerung 2013, Haus i. Ennstal
- 01.03.13, Graduate Seminar IGDK 1754, ’Moreau-Yosida Regularization in Shape Optimization with Geometric Constraints’
- 22.11.12, Annual Colloquium IGDK 1754, ’Semismooth Newton methods for a shape optimization problem with elliptic state equation and pointwise shape constraints’
- 02.11.12, Graduate Seminar IGDK 1754, ’Concepts in optimal control with PDE’s’
- 14.09.12, Graduate Seminar IGDK 1754, ’Introduction to shape optimization’
Publications
- M. Keuthen, M. Ulbrich: Moreau-Yosida Regularization in Shape Optimization with Geometric Constraints, Comput. Optim. Appl., 62:1, 2015, pp. 181-216, DOI: 10.1007/s10589-014-9661-0
. The final publication is available at http://link.springer.com . Download preprint
- M. Keuthen, D. Kraft: Shape Optimization of a Breakwater, published online, Inverse Problems in Science and Engineering, 2015. DOI: 10.1080/17415977.2015.1077522 . The final publication is available at http://www.tandfonline.com . Download preprint
Research interests
- Optimal control with partial differential equations
- Shape optimization
- Semismooth Newton methods
Lehrveranstaltungen
- SS 15
- Eine Tutorübung zu Differential- und Integralrechnung (MSE) von Prof. Dr. Marco Cicalese.
- WS 14/15
- Betreuung des Rechnerpraktikum zur nichtlinearen Optimierung.
- WS 13/14
- Betreuung des Rechnerpraktikum zur nichtlinearen Optimierung.
- WS 13/14
- Drei Tutorübungen zu Analysis 1 für Elektrotechnik und Informationstechnik von Prof. Dr. Boris Vexler.
- WS 12/13
- Zwei Tutorübungen zu Nichtlineare Optimierung: Grundlagen von Prof. Dr. Boris Vexler.
Abschlussarbeiten
- Philipp Krenz: Shape Optimization for the Poisson Equation. Masterarbeit, August 2015. Die Arbeit wurde zusammen mit Prof. Dr. Michael Ulbrich betreut.
- Markus Krimphove: Zwei Klassen elliptischer Optimal-Steuerungsprobleme mit nichtglattem Kostenfunktional. Masterarbeit, Februar 2014. Die Arbeit wurde zusammen mit Prof. Dr. Michael Ulbrich und Dr. Florian Kruse betreut.
