Exploring the Integration of Holographic Construction in Design for Disassembly

Design for Disassembly (DfD) aims to enhance the recyclability and reusability of building materials by considering their ease of disassembly at the end of their lifecycle. This paper explores the innovative integration of holographic construction technology within the DfD context. The six DfD principles are evaluated by integrating Fologram^© and physical modelling, which has yet to be explored in previous studies. The research question the authors seek to answer is, “How can holographic construction methods facilitate the DfD approach of no-glue, no-nail timber structure?”. The research is carried out by conducting a prototyping experiment with three participants to assemble and disassemble a structure using Fologram^©. The mobile app simplifies viewing and editing Rhinoceros^© 3D models in real-time through a live link with the device, enabling easy visualization and modifications. Six DfD principles are analysed, and from this preliminary study, it is observed that the Fologram^© as a holographic construction method can facilitate disassembly processes if it is improved in some steps. The future design options will be more organized using discrete layers in the defined mixed-reality fabrication steps.