| Mechanical Properties and Fatigue Endurance of Waste Short Fiber/Rubber Composite |
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| DOI： |
| Key Words: short fiber；rubber；composite；fatigue endurance |
| Author Name | Affiliation | | Zhang Li-qun | Beijing University of Chemical Technology | | Liu Li | Beijing University of Chemical Technology | | Geng Hai-ping | Beijing University of Chemical Technology | | Chen Song | Beijing University of Chemical Technology | | Zhou Yan-hao | Beijing University of Chemical Technology |
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| Abstract: |
| The surface characteristics and the length distribution of the waste short fiber from reclaimed rubber were investigated.The mechanical properties of WSFRC （the waste short fiber/rubber composite）and the influence of the surface treatment of waste short fiber.on them were studied.The potential applications of WSFRC to the rubber industry were discussed.The fatigue endurance of WSFRC was measured through the dynamic extension and compression test.The results showed that the extension and compression farigue endurance decreased as the short fiber level increased；the fatigue temperature rise of WSFRC was lower than that of conventional black compound with the same hardness；the fatigue endurance of WSFRC varied with the orientation of short fiber. |
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