Computational Methodology For Designing Double Curvature Geometries From Isogonal Molding Surface Patches

Isogonal Moulding Surfaces (IMS) allow for high node congruence, optimizing the efficiency of the fabrication process and reducing the construction costs of discrete shells. However, IMS are limited to Monge surfaces, which prevents all geometries from being approximated using this technique. To address this limitation, a computational strategy based on patching is presented, exploring the design space of IMS and evaluating it on surfaces with varying curvatures and properties. As a result of this exploration and analysis of IMS limitations, a solution is proposed that offers greater freedom in the design space.