Rotary shaft seals prevent the exchange of fluid at shaft passages. Their function and service life depend decisively on the temperature in the contact area between the sealing edge and the shaft. Since the temperature depends on both the generation of frictional heat in the contact area and the heat transfer to the surrounding sealing system, the design of the sealing system is crucial. Within the scope of this work, multiphase conjugate heat-transfer analyses were performed considering different assembly situations. The computed results were presented and contrasted to experimental data. This resulted in a valid model for predicting the temperature in the sealing system, which provided insight into the influence of the sealing surroundings on the contact temperature.
%0 Journal Article
%1 hannss2023multiphase
%A Hannss, Jacqueline
%A Grün, Jeremias
%A Olbrich, Christoph
%A Feldmeth, Simon
%A Bauer, Frank
%D 2023
%J Applied Sciences
%K C_Olbrich F_Bauer J_Grün J_Hannss S_Feldmeth dichtungstechnik ima peer-review
%N 19
%R 10.3390/app131911026
%T Multiphase Conjugate Heat Transfer Analyses on the Assembly Situation of Rotary Shaft Seals
%U https://www.mdpi.com/2076-3417/13/19/11026
%V 13
%X Rotary shaft seals prevent the exchange of fluid at shaft passages. Their function and service life depend decisively on the temperature in the contact area between the sealing edge and the shaft. Since the temperature depends on both the generation of frictional heat in the contact area and the heat transfer to the surrounding sealing system, the design of the sealing system is crucial. Within the scope of this work, multiphase conjugate heat-transfer analyses were performed considering different assembly situations. The computed results were presented and contrasted to experimental data. This resulted in a valid model for predicting the temperature in the sealing system, which provided insight into the influence of the sealing surroundings on the contact temperature.
@article{hannss2023multiphase,
abstract = {Rotary shaft seals prevent the exchange of fluid at shaft passages. Their function and service life depend decisively on the temperature in the contact area between the sealing edge and the shaft. Since the temperature depends on both the generation of frictional heat in the contact area and the heat transfer to the surrounding sealing system, the design of the sealing system is crucial. Within the scope of this work, multiphase conjugate heat-transfer analyses were performed considering different assembly situations. The computed results were presented and contrasted to experimental data. This resulted in a valid model for predicting the temperature in the sealing system, which provided insight into the influence of the sealing surroundings on the contact temperature.},
added-at = {2023-10-16T09:53:35.000+0200},
article-number = {11026},
author = {Hannss, Jacqueline and Grün, Jeremias and Olbrich, Christoph and Feldmeth, Simon and Bauer, Frank},
biburl = {https://puma.ub.uni-stuttgart.de/bibtex/25e27d44a790f4c4e8a7168970a565c26/c_olbrich},
doi = {10.3390/app131911026},
interhash = {02e718ae19bc4d2d30c504b25b3e8d22},
intrahash = {5e27d44a790f4c4e8a7168970a565c26},
issn = {2076-3417},
journal = {Applied Sciences},
keywords = {C_Olbrich F_Bauer J_Grün J_Hannss S_Feldmeth dichtungstechnik ima peer-review},
note = {739 (peer-review)},
number = 19,
timestamp = {2023-10-16T09:53:35.000+0200},
title = {Multiphase Conjugate Heat Transfer Analyses on the Assembly Situation of Rotary Shaft Seals},
url = {https://www.mdpi.com/2076-3417/13/19/11026},
volume = 13,
year = 2023
}
