Authors : Seung-Hak Woo, Jin-Woo Jeon and Shin-Jo Eom
Abstract: The traditional architecture of Korea’s has evolved with that of China and also given a great impact on Japan. However, are extremely insufficient, resulting in their inevitable disappearance and serious omissions with the passage of time. Meanwhile, BIM has helped reduce aforesaid information leakage while leveraging IFC to enable interactions and exchange among other industries. The example used for the assessment of the framework is Doknak Temple of China. The results verify that under the developed IFC application into the traditional wooden architecture, the majority of previous impediments to BIM application are removed, thus putting forward the future research direction for advancement along with the current status of research. Through, the aforesaid process, the IFC framework constitutes the following four layers: resource import layer, data storage layer, data processing layer and data shared layer. As for the details, geometry resource, property resource and constraint resource created during the production stage of the traditional wooden housing materials are stored as IFCProduct, IFCPropertySet and IFCRelConnect via. extended modules. In this connection, they are all entered into the database of product materials, property and connection. The software user imports respective database assorted within BIM Software by calling on through IFC for each code of “Geon” and “Joe” representing Yingzao Fashi modules or on for the property section under ID (Identifier) and names. The modules are transferred to be made available for the users handling BIM/modeling and analysis and programming software. Any related future work and effort should include further studies on Yingzao Fashi, 4 and 5D interconnection, book of norms for Korea’s traditional wooden construction techniques, detailed application method of the framework and last but not least, aggressive support from the government.
Seung-Hak Woo, Jin-Woo Jeon and Shin-Jo Eom, 2017. Development of Classification System for BIM Application into Traditional Wooden Architecture: Guanyin Pavilion of Dule Temple. Journal of Engineering and Applied Sciences, 12: 8379-8386.