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For 15 wt % of PU, the stress does not go back to zero for technical reasons. The maximum scale of the extensometer measuring the probe displacement is 5 mm. For the 15% sample, when the probe reaches 5 mm, fibrils joining the probe and the adhesive layer remain. These fibrils neither fail for a high deformation nor after waiting a long time. They can break cohesively or adhesively when the test is stopped and the probe is removed manually
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For 15 wt % of PU, the stress does not go back to zero for technical reasons. The maximum scale of the extensometer measuring the probe displacement is 5 mm. For the 15% sample, when the probe reaches 5 mm, fibrils joining the probe and the adhesive layer remain. These fibrils neither fail for a high deformation nor after waiting a long time. They can break cohesively or adhesively when the test is stopped and the probe is removed manually.
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