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DIGITAL CATALOGUE

: A computational implementation of Korean joinery system in the design of a transformable disaster shelter

With the help of Building Information Modelling (BIM), the digital catalogue of all the 44 components of Korean joinery system is developed for the application of their tectonic principles in the design of a transformable disaster shelter. Based upon the components of three primary bracket styles (Jusim-Po, Ik-Gong, and Da-Po) of traditional Korean joinery system in the catalogue, the parametric modifications of the components and their rearrangements are performed for various iteration of the disaster shelter. The usage of Korean joinery system in assembling and disassembling the components enhances the transformability and the reusability of the shelter. This paper demonstrates the computational implementation of Korean joinery system and the design process of a transformable disaster shelter.



DETAILS

  • Jason J. KIM1 and Hyoung-June Park
  • Completed
  • Design Future(s) Lab
  • Honolulu, Hawaii

DISSEMINATION


DESCRIPTION

In this paper, digital catalogue was utilized in the design process of a prototype disaster shelter. With the use of 17 components from 5 categorized groups, prototype design can be transform through the reconfiguration of the components. In fig. 9, structure not only transforms into another form of structure but also various furniture layouts can be produced. Design of furniture or individual resting units can be effectively used for the public after use of the shelter. Morphological transformation of a disaster shelter through the application of traditional Korean joinery system was performed to suggest a flexibility and mobility in a prototype disaster shelter design. It shows the possible application of BIM parametric environment in prefabrication and individual component generation. The significance of digital catalogue is in that each component can be user dependant. The catalogue allows a user to assign various parameters to the variables of each component according to its usage. By assigning different parameter, the component has flexibility for generating various joint connections enhancing the morphological transformation of a prototype shelter design.

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