Porous and Flexible Surfaces
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Engineering surfaces for the looks and tactile feedback.
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Model information
- Source
- Printables
- Category
- Engineering
- License
- Creative Commons — Attribution — Noncommercial — NoDerivatives
QMesh (QuasiMesh) presents the concept of multifunctional surfaces created via fused deposition modeling (FDM) technology. Depending on the material used, layers of 3D-printed objects can exhibit a range of surface features, from glossy to matte and smooth to rough. Although a minimal set of parameters can be adjusted in the software to incorporate such features, they primarily provide an aesthetic look, lacking versatile functionalities and use cases.
This project explores how adjusting single parameter such as the extrusion multiplier enables the development of multifunctional, mesh-like surfaces. These surfaces are designed not only to have a pleasing appearance but also to provide tactile feedback, incorporate soundproofing properties, and offer mechanical functionalities for use in hook-and-loop systems, among other potential applications.
Project page: https://research.fildz.com/projects/qmesh
Contribute to research: https://github.com/sponsors/fildz-research
Collaborate: https://research.fildz.com/collaboration