Leaf Venation
Research on Generative Algorithms
 

The research explores a morphogenetic design process focused on creating networking patterns, which result in anisotropic structural systems with potential applications in custom design. An illustrative example of this pattern application is presented through the introduction of a leaf venation algorithm that can be tailored using parametric inputs and density maps. This methodology is then extended to mesh surfaces, integrating multiple software tools that encompass parametric design, optimization, and digital fabrication. The study showcases a dynamic workflow exemplified by the 'Calyx' project, a public artwork that utilized the computational tools developed during the research. The structural networking pattern of the sculpture led to the development of a geometry optimization process, enabling the digital fabrication of planarized structural components. The research also delves into the technical aspects of design development and post-rationalization for constructing leaf venation patterns.

The project’s research outcomes have been published in Computer Aided Design.