Computational Wearables Design: Shoe Sole Modeling and Prototyping

Abstract

Computational wearables design is based on the integration of algorithms into the design process. The use of computational design tools offers a series of advantages in the wearable product design modelling because a complete family of products can be produced with a limited effort from the designer, while at the same time geometries with high complexity can be dealt with a manageable way. The present paper aims to create the appropriate code for modelling shoe soles. The use of a visual programming language leads to a better understanding of the produced code and aims in controlling and optimising the output models. Following the proposed methodology, 3D scanning technologies and plantar pressure diagrams are used for introducing the sole customised geometry, and then the proposed algorithm creates a variety of alternatives of the final shoe sole geometry. As a result, both the customisation and the high number of alternative designs lead to increased creativity and customer satisfaction. Due to the complexity of the geometry produced, 3D printing technologies are incorporated for the prototype implementation.

Product Design Trends within the Footwear Industry: A Review

“…Through extensive testing and measurements of plantar pressure, their method demonstrated significant improvements in shock absorption, underscoring its importance in footwear design. Minaoglou et al [24] utilized a visual programming language, Grasshopper TM , supported by Rhinoceros3D TM to create shoe soles. Integrating parametric design with 3D scanning and printing technologies enabled precise control over the final geometry and prototype, resulting in a diverse display of geometries that enhance customer satisfaction.…”