From Plane To Object: Three-Dimensional Designs From Two-Dimensional Materials With Folding Methods

Abstract

It makes design materials functional and durable by using techniques such as folding methods, mathematical calculations, strategic folds and geometric balance. These methods are not limited to just folding paper using traditional folding techniques. This article aims to examine and exemplify the use of folding methods to obtain 3D dimensional designs with different materials.

In this article, the folding methods used for transformation from plane to object and the different areas of use of these methods will be examined. Different folding techniques will be introduced and application examples will be presented on folding two-dimensional materials into three-dimensional designs. First, the basic principles and operation of folding methods will be explained. Since the starting point of folding methods is paper folding arts, information about ancient paper folding methods will be given first. Then, starting from paper-based methods, studies in different materials and design fields will be discussed. Using examples and visuals, potential applications and creative solutions of folding methods in different fields such as architectural design, industrial design and textile design will be presented. The article, which aims to emphasize that the use of folding methods not only offers an aesthetic visuality but also focuses on important values such as functionality, durability and sustainability, is expected to be an incentive for the further development of folding methods with further research and their use in new areas. These methods will inspire the art and architecture world of the future and contribute to the creation of eye-catching works that combine creativity and technical skills.