Technical Name Intelligent digital generative design software application in 3d printing
Project Operator National Chung Cheng University
Project Host 劉德騏
Summary
The infinite element method is adopted to modeling the analytical model of the microstructures. This method can reduce the number of elements and nodes and improve the efficiency of analysis. Beside, This research regards as the main point that the products are created with the AI parameter design tool, it is discussed how to design the parameter to apply to the design process with Rhino Grasshopper, and accord with now popular 3D prints technology, the products prototype entity created fast.
Scientific Breakthrough
The technology of this software aim to the rise ability of today’s evolutionary computer techniques in design. That technology includes developed Infinite Element Method (IEM)、AI parametric design、  3D printing process system. It can design and improve models quickly and efficiently, and reduce the time and resources of traditional software by 15~25%.
Industrial Applicability
We can going to transition to a new manufacture mode where highly complex, customizable products are manufactured on demand by Intelligent digital generative design software and 3d printing systems.  3D printers are revolutionizing production of industrial design, jewellery, footwear,  automotive, aerospace, and many others. Beside, In terms of  the market for customizable products, Its technology is of good social and economic benefit.
Keyword Computation of Design 3D printing system Generative design Intelligent digital software Customizable product Shoe industry Industrial design Biomedical industry Environmental protection Artificial intelligence
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