Online basic seminar
Language: German
Image: ©Filipp/stock.adobe.com Online seminar:
FVA Research Project 482 V
In contrast to external gears, internal gears can relatively easily place the rolling point C outside the meshing path of the gear. Depending on the design, negative specific sliding can be completely avoided on either the planet or the ring gear and the amount of specific sliding can be reduced. The micropitting, pitting, and wear resistance of internal gears can be influenced by shifting the rolling point.
Extensive theoretical and experimental investigations on the influence of the position of the rolling point and the sliding conditions on the tooth flank of internal gears were performed as part of FVA Research Project 482. The results confirm that the sliding conditions have a clear influence and show that positive specific sliding can significantly increase the load carrying capacity of the partner. Based on these results, load capacity parameters and limit load capacities were derived for various common material pairings and classified as state-of-the-art. The existing calculation methods for micropitting, pitting, and wear resistance were also reviewed and expanded.
This online seminar will present selected results of FVA Research Project 482 V.
Target audience
Everyone who is interested in learning about the results of FVA Research Project 482 V
Speaker
Michael Geitner
TU Munich Institute of Machine Elements "Gear Research Center" (FZG)
www.fzg.mw.tum.de
Fees (net)
Free