The Analysis of Three Dimension Printing Technology in Parametric Architectural Design

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Zhizhi Liu
Isarachai Buranaut

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          In today's architectural design field, parametric design and Three-dimensional Printing Technology (3D Printing Technology) are both cutting-edge technologies that are receiving a lot of attention. There have been a number of case studies on the application of parametric design and 3D Printing Technologies in the field of architecture. However, in-depth research on the combination of these two remains relatively limited. Researchers have begun to focus on how to combine 3D Printing Technology with parametric architectural design in order to utilize the advantages of both to create more innovative architectural designs.This study explores the cross-application of 3D Printing Technology with parametric architectural design. Firstly, 3D Printing Technology is a digital construction technology that constructs designs based on digital models by printing layer by layer. After that, this paper introduces the characteristics of parametric building design. Usually parametric buildings have complex building skin shapes, therefore, parametric buildings usually mean higher construction difficulty and longer construction time. While the introduction of 3D Printing Technology can provide technical support for parametric building design, 3D Printing Technology has great potential for application in realizing complex and personalized building forms. Finally, the parametric design of Lotus Building is taken as a case study. It shows the application of 3D Printing Technology in parametric architectural design and demonstrates the technical support that 3D Printing Technology brings to the field of parametric architectural design. In the end, it is hoped that the synergistic development of 3D Printing Technology and parametric architectural design can be further promoted.


 

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