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Super Design Workshop- Dell Pavilion
Super Design Workshop- Dell Pavilion
Guangzhou, China
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Other Projects by Parallect Design
Super Design Workshop- Dell Pavilion
Guangzhou, China
Firm
Type
STATUS
Built
YEAR
2021
SIZE
0 sqft - 1000 sqft
As the main product exhibition center of Dell in Guangzhou Design Week, “Super Design Workshop” is a pavilion for dell's product launches, cultural salons and other public functions during the design Week. We hope to overturn the white box space of the traditional exhibition hall, break through the boundaries of space, and create a flowing and free space. The pavilion is inspired by the ancient arch structure, which is stretched, transformed and combined to create a floating curved arch structure. We redefined the possibility of structural form through historical architectural structural elements in a contemporary design approach that combines technology and art, hoping to trigger people to rethink the possibility of connection between "technology and history".
The theme of the pavilion is " Super Design Workshop". The design uses Dell Precision workstations to design the pavilion for the whole cycle, and also uses Rhino Vault plug-in developed by Block Research Group of ETH Zurich. The purpose is to maximize the use of computer-aided design to generate architectural forms, reflecting the theme of super design.
In the design process, dell series products with different hardware and software configurations are used to display the different stages of the pavilion design, including the three stages of conceptual design, project design and construction. This makes the computer fully involved in the process of architectural design, the most efficient to improve the diversity of form, structure and material rationality and construction convenience. It is intended to present the best performance of each product in the design process.
The modeling of Pavilion itself is generated based on the thrust line network analysis method: firstly, the reasonable shape of the thin shell structure in two-dimensional space is obtained by the corresponding relationship between the graph solution and the force diagram solution。 Then the feasible solution is optimized by the linear optimization algorithm combined with the external load value, and finally the three-dimensional space structure of the structure is obtained. It is equivalent to computer-aided design: when determining the scheme, it can not only maximize the efficiency of materials and reduce the cost, but also make the building lighter and more reasonable.
Due to the short three days of guangzhou Design Week, we chose the blue transparent fabric material which can be manually operated as the skin and the round steel tube as the frame. The frame was prefabricated in the factory and then transported to the site to build the membrane skin. In this process, we integrated the design process into the computer software workflow. The process from design to construction is improved comprehensively and the construction of arched curved structure is completed quickly and efficiently. The cleverly customized structure not only embodies the efficient design assistance of Dell computers, but also perfectly presents the creation scene of future designers.
The theme of the pavilion is " Super Design Workshop". The design uses Dell Precision workstations to design the pavilion for the whole cycle, and also uses Rhino Vault plug-in developed by Block Research Group of ETH Zurich. The purpose is to maximize the use of computer-aided design to generate architectural forms, reflecting the theme of super design.
In the design process, dell series products with different hardware and software configurations are used to display the different stages of the pavilion design, including the three stages of conceptual design, project design and construction. This makes the computer fully involved in the process of architectural design, the most efficient to improve the diversity of form, structure and material rationality and construction convenience. It is intended to present the best performance of each product in the design process.
The modeling of Pavilion itself is generated based on the thrust line network analysis method: firstly, the reasonable shape of the thin shell structure in two-dimensional space is obtained by the corresponding relationship between the graph solution and the force diagram solution。 Then the feasible solution is optimized by the linear optimization algorithm combined with the external load value, and finally the three-dimensional space structure of the structure is obtained. It is equivalent to computer-aided design: when determining the scheme, it can not only maximize the efficiency of materials and reduce the cost, but also make the building lighter and more reasonable.
Due to the short three days of guangzhou Design Week, we chose the blue transparent fabric material which can be manually operated as the skin and the round steel tube as the frame. The frame was prefabricated in the factory and then transported to the site to build the membrane skin. In this process, we integrated the design process into the computer software workflow. The process from design to construction is improved comprehensively and the construction of arched curved structure is completed quickly and efficiently. The cleverly customized structure not only embodies the efficient design assistance of Dell computers, but also perfectly presents the creation scene of future designers.
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