Source data to the PhD dissertation: "Shaping Anisotropy - 3D Printing of Liquid Crystal Polymers"

This data set pertains to the PhD dissertation "Shaping Anisotropy - 3D Printing of Liquid Crystal Polymers".The aim of the thesis is to explore the combination of anisotropy and shaping freedom provided by the 3D-printing of LCPs, and to investigate how this combination can improve mechanical performance. The datasets contain the mechanical tests linked to the figures in the thesis, divided by chapters.Chapter 3 - 3D-printing of flow-inspired anisotropic patterns with LCP. Additional source code available on Gitlab: https://gitlab.tudelft.nl/shapingmatterlab/slith3rChapter 4 - Wood-inspired interlocking junctions using 3D-printed LCP.Chapter 5 - 3D-printing of LCP for space applications.

本数据集关联于博士学位论文《各向异性调控——液晶聚合物（Liquid Crystal Polymers, LCP）的3D打印》。本论文的研究目标为探索液晶聚合物3D打印所赋予的各向异性与成型自由度的结合方式，并探究该结合如何提升材料的力学性能。本数据集包含与论文各图表对应的力学测试数据，并按论文章节进行划分：
第3章——基于液晶聚合物的流动诱导各向异性图案3D打印。额外配套源代码可在Gitlab获取：https://gitlab.tudelft.nl/shapingmatterlab/slith3r
第4章——基于3D打印液晶聚合物的木质仿生互锁接头
第5章——面向航天应用的液晶聚合物3D打印