Maximum principal stretch field at a stretched unfilled natural rubber crack tip (30 April 2021)

This movie shows the maximum principal stretch field at the stretched crack tip of an unfilled natural rubber. It corresponds to Figure 7 in our paper published in Polymer and entitled "Thermomechanical and calorimetric characterization of crack tip zones under large heterogeneous deformations, Part II: Full strain, calorimetric and strain-induced crystallinity fields at the crack tip of an unfilled natural rubber".

本动画展示了未填充天然橡胶受载裂纹尖端处的最大主拉伸场。该动画对应我们发表于《聚合物》（Polymer）期刊的论文中的图7，该论文标题为《大异质变形下裂纹尖端区域的热机械与量热表征 第二部分：未填充天然橡胶裂纹尖端处的全应变、量热与应变诱导结晶场》（Thermomechanical and calorimetric characterization of crack tip zones under large heterogeneous deformations, Part II: Full strain, calorimetric and strain-induced crystallinity fields at the crack tip of an unfilled natural rubber）。