The aim of the research project is to develop a structure-based method for locating and evaluating macro lead on sealing counter faces. The basis for this are optically measured 3D topographies. A new method is designed to increase the accuracy and speed of measurement and analysis compared to two-dimensional tactile measurements, which are currently the state of the art in macro lead analysis.
Within this project, algorithms for the extraction of surface structures relevant for evaluation are developed and parameters for the three-dimensional description of macro lead are defined. Furthermore, the measurement conditions such as the necessary measurement field size, resolution, number and positions of the measurement fields are systematically researched.
FVA own funds project
Publications
2023
- Engelfried, Maximilian ; Baumann, Matthias ; Bauer, Frank: Modeling of the Pumping Rate Behavior of Shaft Sealing Counterfaces. In: 77th STLE Annual Meeting & Exhibition, 2023 — IMA-DT 740
2022
- Engelfried, Maximilian ; Baumann, Matthias ; Bauer, Frank: 3D-Makrodrall - Strukturbasierte 3D-Analyse von Makrodrall (Forschungsheft 1471 Nr. Abschlussbericht FVA Vorhaben Nr. 876 I). Frankfurt am Main : Forschungsvereinigung Antriebstechnik e.V., 2022 — IMA-DT 700
- Engelfried, Maximilian ; Baumann, Matthias ; Bauer, Frank: Three-dimensional structure-based approach for the analysis of macroscopic lead structures on sealing counterfaces. In: International Journal of Metrology and Quality Engineering. Bd. 13–2/2022 (2022), S. 1–14 — IMA-DT 701 (peer-review)
Contact
Maximilian Engelfried
M. Sc.Research Associate