Search Results - "Bederna, C."

Transient abrasion on a rubber sample due to highly dynamic contact conditions by Runge, S., Ignatyev, P.A., Wangenheim, M., Bederna, C., Wies, B., Wallaschek, J.

“…Abrasive processes, primarily the local slip, are the dominant contributor to friction and wear of vehicle tires in service. The time history of forces…”
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Correction to: Physical Model of Tire‑Road Contact Under Wet Conditions by Löwer, J., Wagner, P., Unrau, H.‑J., Bederna, C., Gauterin, F.

“…A correction to this paper has been published: https://doi.org/10.1007/s11249-021-01448-4…”
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Physical Model of Tire-Road Contact Under Wet Conditions by Löwer, J., Wagner, P., Unrau, H.-J., Bederna, C., Gauterin, F.

“…A physical model to describe the contact between rubber and a rough surface with water as intermediate medium is presented. The Navier–Stokes equations are…”
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Dynamic measurement of the fluid pressure in the tire contact area on wet roads by Löwer, J., Wagner, P., Unrau, H. J., Bederna, C., Gauterin, F.

“…The main goal of this study was the experimental investigation of the fluid pressure in the boundary region between wet grip and hydroplaning. In order to gain…”
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