Halfforms

Research

Hybrid wall


The study explores the integration of vulcanized fiber and wood sticks to create a load-bearing structure that capitalizes on the strengths of both materials. This experiment moves beyond traditional construction methods that typically designate one material as the primary structural component with the other merely attached or of a second structural order. Instead, it aims to develop a synergetic hybrid structure where both vulcanized fiber and wood play active and complementary roles in the structural integrity of the assembly.
    In this approach, the assembly comprises vulcanized fiber strips interlaced with wood sticks positioned perpendicularly. This configuration leverages the properties of vulcanized fiber, particularly its ability to maintain a predetermined shape once dried. The strategic placement and orientation of the fiber strips are conceived to maximize their structural contribution, effectively using the natural tendency of the material to fold and bend. This directed folding technique enhances the overall structural performance and introduces an aesthetic element to the design. The structural performance of this hybrid configuration is significantly enhanced by the vulcanized fiber’s contribution to load distribution and resistance. The interaction between the folded fiber and the wood sticks creates a robust framework capable of supporting substantial loads. Furthermore, the wall’s configuration, featuring recessions and protrusions created by the folding of the fiber, adds spatial dimensionality to what otherwise would be a two-dimensional architectural element.