Plunge grinding is considered to produce lead free surfaces for the usage with rotary shaft
seals. The term “lead” summarizes all surface structures, which create a rotation dependent
pumping effect. Since lead influences the complex tribological system “rotary shaft seal”, it is
essential that the process “plunge grinding” manufactures surfaces without lead.
A kinematic simulation model of the manufacturing process “plunge grinding” was developed
to understand and visualize the complex interactions between the manufacturing parameters
and the macro lead parameters on the surface. Additionally, an approach for the stochastic
influence on the surface is also presented to investigate parameters for lead free surfaces.
The model has been validated by the measurement of plunge ground parts with the same
manufacturing parameters.
%0 Generic
%1 feldmeth2022influence
%A Haffner, Georg
%A Baumann, Matthias
%A Bauer, Frank
%B International Sealing Conference
%C Frankfurt am Main
%D 2022
%E VDMA e.V., Fachverband Fluidtechnik
%I Fachverband Fluidtechnik im VDMA e.V.
%K 3DM F_Bauer G_Haffner M_Baumann dichtungstechnik ima peer-review presentation
%P 193 - 209
%R 10.61319/AXQC3IQE
%T Formation of Macro Lead Using Plunge Grinding – a Kinematic Approach
%U https://doi.org/10.61319/AXQC3IQE
%X Plunge grinding is considered to produce lead free surfaces for the usage with rotary shaft
seals. The term “lead” summarizes all surface structures, which create a rotation dependent
pumping effect. Since lead influences the complex tribological system “rotary shaft seal”, it is
essential that the process “plunge grinding” manufactures surfaces without lead.
A kinematic simulation model of the manufacturing process “plunge grinding” was developed
to understand and visualize the complex interactions between the manufacturing parameters
and the macro lead parameters on the surface. Additionally, an approach for the stochastic
influence on the surface is also presented to investigate parameters for lead free surfaces.
The model has been validated by the measurement of plunge ground parts with the same
manufacturing parameters.
%@ 978-3-8163-0756-3
@conference{feldmeth2022influence,
abstract = {Plunge grinding is considered to produce lead free surfaces for the usage with rotary shaft
seals. The term “lead” summarizes all surface structures, which create a rotation dependent
pumping effect. Since lead influences the complex tribological system “rotary shaft seal”, it is
essential that the process “plunge grinding” manufactures surfaces without lead.
A kinematic simulation model of the manufacturing process “plunge grinding” was developed
to understand and visualize the complex interactions between the manufacturing parameters
and the macro lead parameters on the surface. Additionally, an approach for the stochastic
influence on the surface is also presented to investigate parameters for lead free surfaces.
The model has been validated by the measurement of plunge ground parts with the same
manufacturing parameters.},
added-at = {2024-01-15T16:26:38.000+0100},
address = {Frankfurt am Main},
author = {Haffner, Georg and Baumann, Matthias and Bauer, Frank},
biburl = {https://puma.ub.uni-stuttgart.de/bibtex/267e93e508dad6f350f2f6f43c3cc67e8/ima-publ},
booktitle = {International Sealing Conference},
day = {12.-13. },
doi = {10.61319/AXQC3IQE},
editor = {VDMA e.V., Fachverband Fluidtechnik},
eventdate = {12.-13. Oktober 2022},
eventtitle = {21st International Sealing Conference (ISC)},
interhash = {65768c5f54e95f04b5b0cf93b7b97c3d},
intrahash = {67e93e508dad6f350f2f6f43c3cc67e8},
isbn = {978-3-8163-0756-3},
keywords = {3DM F_Bauer G_Haffner M_Baumann dichtungstechnik ima peer-review presentation},
month = {Oktober},
note = {732 (peer-review)},
pages = {193 - 209},
publisher = {Fachverband Fluidtechnik im VDMA e.V.},
timestamp = {2024-01-15T16:29:13.000+0100},
title = {Formation of Macro Lead Using Plunge Grinding – a Kinematic Approach},
url = {https://doi.org/10.61319/AXQC3IQE},
venue = {Stuttgart},
year = 2022
}
