Combining textile fabrics with three-dimensional printed items can be a good approach to save time and money as compared with purely three-dimensional printed large-scale objects, to reach desired position-dependent mechanical properties, for design and technological purposes. The main challenge in such bi-material systems is the adhesion between both partners of the composites. Although some experimental research on this topic has been performed during the last years, only few theoretical investigations exist which may support striving for material combinations with higher adhesion. Here, we give an overview of the recent state of experimental research on adhesion in textile/polymer composites as well as of theoretical investigations on adhesion inside the three-dimensional printed part. Combining both topics, we suggest further research approaches to increase the textile/polymer adhesion.

中文翻译：

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纺织品织物上三维印花的附着力：来自其他研究领域的灵感和对其他研究领域的启发

与纯粹的 3D 打印大型物体相比，将纺织面料与 3D 打印项目相结合是一种节省时间和金钱的好方法，以达到设计和技术目的所需的与位置相关的机械性能。这种双材料系统的主要挑战是复合材料双方之间的粘合。尽管在过去几年中已经对这个主题进行了一些实验研究，但只有少数理论研究可以支持争取具有更高粘附力的材料组合。在这里，我们概述了纺织品/聚合物复合材料中粘附力的最新实验研究以及三维印刷部件内部粘附力的理论研究。结合两个主题，