Michael Petsch
German Aerospace Center
20 Papers
32 Citations
Michael Petsch is an academic researcher from German Aerospace Center. The author has contributed to research in topics: Multidisciplinary design optimization & Design process. The author has an hindex of 4, co-authored 15 publications.
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Papers
Overview of Collaborative Multi-Fidelity Multidisciplinary Design Optimization Activities in the DLR Project VicToria
Stefan Goertz,Mohammad Abu-Zurayk,Caslav Ilic,Tobias Wunderlich,Stefan Keye,Matthias Schulze,Christoph Kaiser,Thomas Klimmek,Özge Süelözgen,Thiemo Kier,Andreas Schuster,Sascha Daehne,Michael Petsch,Dieter Kohlgrüber,Jannik Häßy,Robert Mischke,Alexander Weinert,Philipp Knechtges,Sebastian Gottfried,Johannes Hartmann,Benjamin Fröhler +20 more
- 15 Jun 2020
TL;DR: The different MDO strategies are shown to be effective in dealing with complex, real-world MDO problems in a highly collaborative, cross-institutional design environment, involving many disciplinary groups and experts and a mix of commercial and in-house design and analysis software.
PANDORA - A python based framework for modelling and structural sizing of transport aircraft
Michael Petsch,Dieter Kohlgrüber,Jörg Heubischl +2 more
- 21 Nov 2018
TL;DR: The current state of the PANDORA development is presented and initial applications are shown.
High-Fidelity-based MDO: A Closer Look at the Selected Sub-Processes Overall Aircraft Design Synthesis, Loads Analysis, and Structural Optimization
Thomas Klimmek,Sascha Dähne,Benjamin Fröhler,Johannes Hartmann,Dieter Kohlgrüber,Michael Petsch,Matthias Schulze,Andreas Schuster,Özge Süelözgen +8 more
- 02 Sep 2020
TL;DR: Within the DLR project VicToria various high fidelity-based MDO processes were set-up as applicalble methods for aircraft design to exhibit their contributions and capabilities for the respected MDO process.
Cybermatrix protocol: a novel approach to highly collaborative and computationally intensive multidisciplinary aircraft optimization
Caslav Ilic,Andrei Merle,Mohammad Abu-Zurayk,Stefan Görtz,Martin Leitner,Özge Süelözgen,Thiemo Kier,Matthias Schulze,Thomas Klimmek,Christoph Kaiser,David Quero-Martin,Andreas Schuster,Michael Petsch,Dieter Kohlgrüber,Jannik Häßy,Richard-Gregor Becker,Sebastian Gottfried,Benjamin Fröhler,Johannes Hartmann,Anke Tröltzsch +19 more
- 15 Jun 2020
TL;DR: The cybermatrix protocol is presented from its formal mathematical background to actual on-disk implementation of a running process, a novel approach to multidisciplinary design optimization in the contex of many involved disciplinary experts and high use of high-performance computing resources.
Overview of collaborative high performance computing-based MDO of transport aircraft in the DLR project VicToria
Tobias Wunderlich,Mohammad Abu-Zurayk,Caslav Ilic,Jonas Jepsen,Matthias Schulze,Martin Leitner,Andreas Schuster,Sascha Dähne,Michael Petsch,Richard-Gregor Becker,Sascha Zur,Sebastian Gottfried +11 more
- 01 Sep 2018
TL;DR: The DLR project VicToria brings together design methods that necessite use of high-performance computing, for the multi-disciplinary optimization of a long-range transport aircraft.
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