Exploring flexible structures in 3D-printed bio-based materials to closely mimic the properties of foam
Abstract: Plastic is used for an enormous number of products worldwide, one of these being conventional foam. This foam can be found in everything from an office chair to a sponge. To be able to move away from non-renewable sources in hope of protecting our planet we need to find alternatives materials and manufacturing methods for these products. This master thesis will focus on trying to replace conventional foam by using additive manufacturing methods and a bio-based plastic. Inspiration for this master thesis was taken from three different sources: literature, nature and foam structures. The result of this project is a 3D-printed structure represented mainly in a cubic model, but it also includes how the structure could be implemented in a product. This master thesis does not present a finished concept ready for manufacturing, but rather a framework for further research into this topic.
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