Comparing small displacement and large displacement formulations of the cohesive zone elements implemented for strong mode-II interfaces between CFRP adherands

Raw data and code for finite element simulations of asymmetric double cantilever beam (ADCB) test and asymmetric single leg bending (ASLB) test presented in section 5.1 on <b>Ductile Polymer Adhesive Interface </b>of Master thesis titled <strong>Finite Element Model For Interfaces In Compatibilized Polymer Blends </strong>(http://resolver.tudelft.nl/uuid:88140513-120d-4a34-b893-b84908fe2373) to compare the influence of mode ratio on the difference between the small displacement and large displacement formulations of the cohesive zone elements

本数据集包含题为《**相容化聚合物共混物界面的有限元模型**》（http://resolver.tudelft.nl/uuid:88140513-120d-4a34-b893-b84908fe2373）的硕士学位论文中，第5.1节**韧性聚合物胶粘剂界面（Ductile Polymer Adhesive Interface）**所呈现的非对称双悬臂梁（asymmetric double cantilever beam, ADCB）试验与非对称单腿弯曲（asymmetric single leg bending, ASLB）试验的有限元模拟（finite element simulations）原始数据及代码，旨在对比断裂模式比（mode ratio）对粘结区单元（cohesive zone elements）的小位移与大位移公式之间差异的影响。