volume 33, issue 18, P1170-1176 1993
DOI: 10.1002/pen.760331804
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Abstract: The mechanical hysteresis of a polyether polyurethane thermoplastic elastomer was studied as a function of temperature, percent strain, and deformation energy. Hysteresis values remained small at low temperatures when the extent of the sample deformation did not disrupt the glassy matrix. This was readily evident at temperatures below the glass transition temperature, Tg , of the polymer where the material did not formally yield. At temperatures above the Tg of the polymer, hysteresis remained small even at s…

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