ABSTRACT
This research investigates funicular timber floor systems to reduce timber volume and employ re-assembly through detachable connectors and modules. The research began with visits to Swiss timber manufacturers. Observations from these companies reveal well-developed systems that often overlook optimal material use. In timber floor fabrication, the process plays a major role in relation to structural analysis, acoustical properties, and mass automation timber. Current market solutions lack two-directional spanning timber floor slabs, highlighting a research opportunity. Structural shaping must address manufacturing challenges, either through bending or angled cutting, both of which are costly processes. The study explores two primary approaches: Panelized CLT Timber Vaulted Floors and Triangulated Boxed Timber Floors. The first approach uses detachable connectors for tight interfaces between CLT panels, while the second employs non-industrial timber and minimizes glue usage. This study aims to advance timber floor construction by addressing these challenges and opportunities.
