| Document Date: 2007-04-05 13:10:28
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City Hertford / Pittsburgh / Cambridge / Venice / / Company De DK & Thomas AG / Woodhead Publishing Ltd / C M & Yost F L Ind. / Derham C J & Thomas AG / Pond T J & Thomas AG / / Country United Kingdom / / IndustryTerm rubber product / energy release rate / rubber testpiece / high-cis isoprene rubber / chloroprene rubber / stretched rubber vulcanizates / rubber-steel laminated bearings / unfilled natural rubber / filled rubber / rubber elements / strain energy ratio / strain energy release rate / dry rubber / rubber mixes / machinery / styrene-butadiene rubber / free energy differential / minimum energy release / rail applications / unprotected unfilled rubber / unprotected rubber / rubber / natural rubber vulcanisates / strain-crystallising rubber / rubber surface / rubber testpieces / resilient rubber / ethylene-propylene-dimer rubber / energy / / Organization American Chemical Society / Rubber Division / / Person Hamid Ahmadi / / Position simple viscoelastic model / / ProvinceOrState Pennsylvania / / Technology crystallization / recombination / digital camera / recorded using a digital camera / /
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FATIGUE[removed]EFFECTS OF STRAIN CRYSTALLISATION ON CYCLIC FATIGUE OF RUBBER J G R Kingston & A H Muhr*