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Physics / Tire / Contact patch / Tread / Friction / Rim / Goodyear Tire and Rubber Company / Tubeless tire / Tire uniformity / Tires / Mechanical engineering / Transport


Modeling of Pneumatic Tires by a Finite Element Model for the Development a Tire Friction Remote Sensor H. H¨olscher 1 , M. Tewes, N. Botkin, M. L¨ohndorf, K.-H. Hoffmann, and E. Quandt Center of Advanced European Stud
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Document Date: 2005-05-31 13:58:00

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File Size: 3,22 MB

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City

Berlin / Luxemburg / Darmstadt / /

Company

Continental AG / /

Country

Germany / Turkey / /

Facility

Middle East Technical University / Technical University / /

IndustryTerm

steel tires / filler sidewall undertread tread reinforcement steel belts / treated rubber / rubber components / matrix rubber elements / rubber elements / self-developed software routines / software version / steel plies / steel loops / steel belts / butyl rubber / rubber tread slides / sensor systems / signal processing / rubber / software packages / remote tire pressure measurement systems / rubber compounds / tread rubber / energy / steel / /

Organization

M. Tewes / N. Botkin / M. L¨ohndorf / K.-H. Hoffmann / and E. Quandt Center / Center for NanoTechnology / European Union / Technical University / Berlin / University of M¨ / Middle East Technical University / Ankara / /

Person

M. Fach / V / /

Position

Finite Element Model for the Development / /

Technology

electronic stability / radio frequency / simulation / /

SocialTag