The Sealing Mechanism of Radial Lip Seals: A Numerical Study of the Tangential Distortion of the Sealing Edge
J. Grün, S. Feldmeth, and F. Bauer. 10th International Conference on Tribology – BALKANTRIB '20 PROCEEDINGS, page 165-166. (May 2021)674 (peer-review).
Abstract
The lubrication and sealing mechanism of elastomeric radial lip seals are significantly influenced by local deformations in the contact area between the sealing edge and the shaft. These microscopic mechanical effects cannot be completely analysed in visual observations. This paper presents a methodology for the numerical analysis of the radial compression and the tangential distortion of the sealing edge surface during operation. The finite element analysis is used for this purpose. The modelling of a three-dimensional multiscale model is described in detail. Results are presented and discussed with reference to the possible sealing behaviour
%0 Conference Paper
%1 grun2021sealing
%A Grün, Jeremias
%A Feldmeth, Simon
%A Bauer, Frank
%B 10th International Conference on Tribology – BALKANTRIB '20 PROCEEDINGS
%D 2021
%K Dichtungstechnik F_Bauer J_Grün S_Feldmeth from:jeremiasgrn peer-review
%P 165-166
%T The Sealing Mechanism of Radial Lip Seals: A Numerical Study of the Tangential Distortion of the Sealing Edge
%X The lubrication and sealing mechanism of elastomeric radial lip seals are significantly influenced by local deformations in the contact area between the sealing edge and the shaft. These microscopic mechanical effects cannot be completely analysed in visual observations. This paper presents a methodology for the numerical analysis of the radial compression and the tangential distortion of the sealing edge surface during operation. The finite element analysis is used for this purpose. The modelling of a three-dimensional multiscale model is described in detail. Results are presented and discussed with reference to the possible sealing behaviour
%@ 978-86-6060-073-0
@inproceedings{grun2021sealing,
abstract = {The lubrication and sealing mechanism of elastomeric radial lip seals are significantly influenced by local deformations in the contact area between the sealing edge and the shaft. These microscopic mechanical effects cannot be completely analysed in visual observations. This paper presents a methodology for the numerical analysis of the radial compression and the tangential distortion of the sealing edge surface during operation. The finite element analysis is used for this purpose. The modelling of a three-dimensional multiscale model is described in detail. Results are presented and discussed with reference to the possible sealing behaviour},
added-at = {2021-06-09T09:10:12.000+0200},
author = {Grün, Jeremias and Feldmeth, Simon and Bauer, Frank},
biburl = {https://puma.ub.uni-stuttgart.de/bibtex/2da33fb29bf3863be5f00f50e9431686b/ima-publ},
booktitle = {10th International Conference on Tribology – BALKANTRIB '20 PROCEEDINGS},
interhash = {54b84620aa73081b60200de650a07357},
intrahash = {da33fb29bf3863be5f00f50e9431686b},
isbn = {978-86-6060-073-0},
keywords = {Dichtungstechnik F_Bauer J_Grün S_Feldmeth from:jeremiasgrn peer-review},
month = {05},
note = {674 (peer-review)},
pages = {165-166},
timestamp = {2021-09-30T13:35:50.000+0200},
title = {The Sealing Mechanism of Radial Lip Seals: A Numerical Study of the Tangential Distortion of the Sealing Edge},
year = 2021
}
