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A.I. ASSISTED GENERATIVE DESIGN OF BIONIC STRUCTURES

GENERATIVE DESIGN ENGINEERING

Generative Design enhances human skills and our sense of function, aesthetics,

and emotions with the power of artificial intelligence.

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A.I. ASSISTED DESIGN

Smart algorithms explore the structural part design domain through alternative mutations to find geometries that satisfy the requirements defined by the designer while minimizing weight and maximizing strength and stiffness. The resulting design looks more organic because the process emulates (mimics) natural selection in nature. This revolutionary technology in conjunction with additive manufacturing can provide 10X improvements of business processes and results.

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OF BIONIC STRUCTURES

The main characteristic of bionic structures is their multi-organizational composition such that even a relatively weak material becomes a building block for a strong, stiff and durable structure because of the way they are organized at different scales following load patterns. It matters how they are joined. Hierarchical structures are found in nature and provide inspiration for generative design. The best way to visualize how they work is to think of a "structural symphony".

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FOR ADDITIVE MANUFACTURING

Additive manufacturing processes digital geometry by depositing material in layers to construct the 3D structural part, or it builds it directly in 3 dimensions. The main benefits of these technologies are the viability of complex geometries enabling improved performance and simpler assemblies, mass-customization, shorter time-to-market, and cost effective low volume production without tooling and molds or material waste.