| Title |
Implementing an s-BIM-based digital twin for building a disaster safety management platform |
| Authors |
양재영(Yang Jae-oung) ; 최재혁(Choi Jae-Hyouk) ; 장현석(Jang Hyun-Seok) ; 송현석(Song Hyun-Seok) |
| DOI |
https://doi.org/10.5659/JAIK.2026.42.8.309 |
| Keywords |
Digital Twing Level 3; s-BIM; Pipe-rack; Network communication; Fast Fourier Transform |
| Abstract |
In order to implement a digital twin that can be utilized for disaster safety management, it is necessary to introduce s-BIM that can model
the structural system and component units without error at the modeling stage of DT Level 1, and m-BIM modeling that can reflect the
status of the on-site structure and manage data in an integrated manner. In this paper, we present the possibility of plementing a level 3
digital twin that can model, monitor, and simulate a pipe rack structure in the on-site physical area in the virtual area. In the case of a
structure with a very large length such as a pipe rack, it is judged that it can be utilized very effectively for maintenance and disaster
response by installing acceleration measurement sensors at each section. |