Martin Zacharczuk, M.Sc.
Externer wissenschaftlicher Mitarbeiter
Anschrift: Daimler AG
E-Mail-Adresse: martin.zacharczuk[at]mercedes-benz[dot]com
A) Veröffentlichungen in Zeitschriften
- S. Huemer-Kals, J. Kappauf, M. Zacharczuk, H. Hetzler, K. Häsler & P. Fischer. Advancements on Bifurcation Behavior and Operational Deflection Shapes of Disk Brake Creep Groan. Journal of Sound and Vibration: 116978, 2022.
D. Krattiger, L.Wu, M. Zacharczuk, M. Buck, R. J. Kuether, M. Allen, P. Tiso & M. Brake. Interface reduction for Hurty/Craig-Bampton substructured models: Review and improvements. Mechanical Systems and Signal Processing: Vol. 114, 1 January 2019, p. 579-603.
B) Tagungsberichte/ Proceedings
- S. Huemer-Kals, J. Prezelj, M.Tóth, D. Angerer, M. Pürscher, F. Coren & M. Zacharczuk. The Psychoacoustic Characteristics of Non-Linear Automotive Disk Brake Creep Groan: A Method Based On Accelerometer Data. Proceedings of EuroBrake, Mai 17-21, 2021.
- M. Zacharczuk, O. Stump & H. Hetzler. MOR for friction induced self-excitation in jointed structures based on substructuring for nonlinear interfaces – a review of methods with application to brake squeal. Proceedings of ISMA Conference, Leuven, Belgien, September 17-19, 2018.
- L. Wu, D. Krattinger, M. Zacharczuk, M. Buck, R. Kuether, M. Allen, M. Brake, P. Tiso, P. Reuß & L. Salles. Evaluation of interface reductions for Craig Bampton substructured models. Proceedings of ISMA Conference, Leuven, Belgien, September 19-21, 2016.