Innovative method for rapid development of shoes and footwear

Orazi, Leonardo; Reggiani, Barbara

doi:10.1007/s00170-019-04717-8

Cited by 3 publications

(1 citation statement)

References 22 publications

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“…This can help to automatically generate complex models of lattice structures [17] and using finite element analysis method to investigate the mechanical properties of each configuration of the lattice structure [18] and produce by 3D printing and investment casting [19]. Another innovative technique as Constrained Free Form Deformation and 3D scanning have shown to have a great impact by accelerating the process of shoe development and production [20]. Since footwear is the interface between the foot and the floor which has relevance for each person, the investigation, understanding and management of foot biomechanics through pressure measurement is mandatory for footwear design.…”

Section: Introductionmentioning

confidence: 99%

Advanced technologies for shoe sole production

et al. 2020

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Advanced technologies for modelling and production are an important part in the whole process of product manufacturing. These advancements have changed the way of product development and play an important role in customization. In the footwear industry, as in any other industry, the use of these technologies is widely spread. Footwear comfort is one of the main selection criteria for purchase. Considering this fact, a case study of different steps for shoe designing according to individual foot shape will be presented. Taking into consideration the aesthetics of the sole and in a more sustainable view, through topological optimization reducing of material wastage for sole production will be presented. By means of the topological optimization in the shoe design process, sole optimization is realized. As a part of personalization, feet’s plantar pressure maps taken from 1 participant gave a better explanation of weight distribution of each foot. Following, sole personalization according the plantar pressure maps for each foot gives the possibility to obtain the best least material design according to the feet’s pressure while maintaining biomechanical performance.

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