Publications
lfd. Nr. | Autoren, Titel | Journal | Jahr | Open Access j/n | URL/DOI |
1. | L. Dorendorf, N. Lalkovski, M. Rutner | Journal of Sound and Vibration | 2022 | n | https://doi.org/10.1016/j.jsv.2022.116885 |
2. | M. M. Bazrafkan, M. Rutner | NDT | 2023 | j | https://doi.org/10.3390/ndt1010002 |
3. | E. Willmann, B. Boll, M. Scheel, R. H. Meißner, B. Fiedler | Composite Structures | 2023 | n | https://doi.org/10.1016/j.compstruct.2023.116696 |
4. | E. Willmann, B. Boll, G. Mikaelyan, H. Wittich, R.H. Meißner, B. Fiedler | Composite Communications | 2023 | n | https://doi.org/10.1016/j.coco.2023.101659
|
5. | B. Boll, E. Willmann, B. Fiedler, R.H. Meißner | Composite Structures | 2021 | n | https://doi.org/10.1016/j.compstruct.2021.114233 |
6. | B. Boll, L. Dorendorf, P. Oppermann, E. Willmann, B. Fiedler, B.C. Renner, M. Rutner R. Meißner | Mechanical Systems and Signal Processing
| 2023 | n | |
7. | P. Oppermann, L Dorendorf, M. Rutner, C. Renner | Structural Health Monitoring | 2021 | n | |
8. | P. Oppermann, B.C. Renner | Sensors | 2023 | n | |
9. | B. Zeller-Plumhoff, M. Gile, M. Priebe, H. Slominska, B. Boll, B. Wiese, T. Wurger, R. Willumeit-Römer, R. Meißner | Journal of Corrosion Science | 2020 | n | |
10. | M. Sadeghi, M.M. Bazrafkan, M. Rutner, F. Faupel | MDPI, Micromachines
| 2023 | n | https://doi.org/10.3390/mi14101878
|
11. | J. Brunow, N. Spalek, F. Mohammadi, M. Rutner |
Scientific Reports
| 2023 | n | |
12. | J. Brunow, S. Gries, T. Krekeler, M. Rutner | Scripta Materialia | 2022 | n | |
13. | M. Rutner, N. Spalek, M. Falah, N. Lalkovski | Stahlbau | 2024 | n | |
14. | J. Brunow, M. Rutner | Stahlbau | 2021 | n |
Zur Veröffentlichung angenommene, aber noch nicht erschienene Publikationen
15. | L. Dorendorf, B. Boll, N. Lalkovski, M. Rutner |
Mechanical Systems and Signal Processing
| 2025 | n | Zur Veröffentlichung angenommen |
Dissertationen
16. | L. Dorendorf Titel: Physical explanation for vibro-acoustic modulation in a structure due to local and global nonlinearities | TUHH OPEN RESEARCH (https://tore.tuhh.de/home) | 2023 | j | |
17. | B. Boll Titel: Structural health monitoring of composites by combining machine learning and synthetic evaluation methods with vibro-acoustic modulations | TUHH OPEN RESEARCH (https://tore.tuhh.de/home) | 2024 | j | |
18. | E. Willmann Titel: Lifetime prediction of high-performance fibre-reinforced | TUHH OPEN RESEARCH (https://tore.tuhh.de/home) | 2025 | j | (noch nicht ins System TORE geladen) |
Student Theses
lfd. Nr. | Abschlussart | Autor(in), Titel der Arbeit | Jahr |
1. | Masterarbeit | Lucas Ruttig, Compensation of Tone Burst Signal Losses | 2023 |
2. | Masterarbeit | Florian Grosmann, Synthetic vibro-acoustic modulation for structural health monitoring on complex fiber composite structures | 2023 |
3. | Masterarbeit | Ahmad Alabed, Sensitivity study and defect localization in plate-like structures using the Vibro-acoustic Method | 2022 |
4. | Masterarbeit | Yasin Ayhan, Defect localization in plate-like structures using the Vibro-acoustic Method and Lamb Wave Method | 2022 |
5. | Masterarbeit | Jonas Dressler, Detection of defects in welded steel joints with vibro-acoustic modulation and machine learning | 2022 |
6. | Masterarbeit | Cafer Eken, Temperature Effects on Nonlinear Acoustic Signals using Vibro-Acoustic Modulation | 2020 |
7. | Masterarbeit | Jonathan Zorn, Equalization in a Software-Defined Acoustic Backscatter Receiver | 2023 |
8. | Masterarbeit | Rebecca Ling-Shu Sum, Influence of the vibrational excitation on the vibro acoustic modulation | 2022 |
9. | Masterarbeit | Ricarda Stolz, Experimental study towards the reliability of the vibro-acoustic modulation method to predict the remaining life time of metals under fatigue loading – ausgezeichnet mit dem SICK Wissenschaftspreis 2020 | 2020 |
10. | Masterarbeit | Hans-Konrad Witte, Remaining fatigue life of aluminum specimen affected by the micro cracks at different locations subjected to cyclic loading using a non-linear acoustic method – ausgezeichnet mit dem Masterpreis des Bauindustrieverband Hamburg Schleswig-Holstein 2020 | 2020 |
11. | Masterarbeit | Cem Aygün, Efficient modulation schemes for ultrasonic through-metal communication | 2021 |
12. | Bachelorarbeit | Konrad Nölle, Low-Power Operation Microcontrollers with Peridoic Tasks | 2021 |
13. | Bachelorarbeit | Gor Mikaelyan, Damage detection in open-hole CFRP specimens by vibro-acoustic modulation | 2022 |
14. | Bachelorarbeit | Moritz Scheel, Structural Health monitoring of carbon fiber reinforced cross-ply laminates under fatigue load with vibro-acoustic modulation | 2022 |
15. | Bachelorarbeit | Markus Alexander Jeworrek, Impact damage detection of CFRP laminates under fatigue using vibroacoustic modulation | 2022 |
16. | Bachelorarbeit | Jesper Stegelmann, Structural Health monitoring of carbon fiber reinforced laminates under fatigue load with vibro-acoustic modulation | 2022 |
17. | Bachelorarbeit | Torben Dräger, Lifetime prediction of glass fibre reinforced laminates under fatigue loading using vibro-acoustic modulation | 2020 |
18. | Bachelorarbeit | Samy Touabi, Application of Computer Tomography for the Characterization of Metal Material | 2020 |
19. | Projektarbeit | Stefanie Knutz, The occurrence of vibro-acoustic modulation due to local fatigue damage – a numerical analysis | 2021 |
20. | Projektarbeit | Karthik Lokesh, Software-Defined Radio Implementation for a Backscatter Receiver | 2022 |
21. | Projektarbeit | Khuldoon Usman, Modelling of vibro-acoustic modulation using the Finite Element Method for Structural Health Monitoring Applications | 2021 |
22. | Projektarbeit | Hussien Saleh, Ultrasonic Through-Metal Wireless Energy Transfer | 2021 |
23. | Projektarbeit | Laxmi Tamang, Optimal impedance matching for piezo receivers | 2021 |