Modular architecture is a new off-site-based construction method that manufactures, assembles, and installs box modules in the form of volume metrics containing materials and parts in factories. Because it only needs to be assembled in the field, it can reduce air by more than 50% compared to existing construction methods, alleviate problems faced by Korean construction sites, such as reduced on-site work, and reuse modules even when dismantling. Accordingly, this study enveloped a biomass device to be installed in Vietnam to confirm the stress distribution and displacement according to the location of the envelop column, and calculated the cross-sectional area of the applicable H-beam and the expected cost at this time. The purpose of this study is to design various Envelopes to analyze structural safety and economic feasibility as part of the study for the application of Vietnamese biomass plant modular architecture, and to prepare a modular construction design based on the research results to accumulate modular architecture as basic data applicable to plants.
1. 서 론
2. 이론적 고찰
3. 모듈 유닛의 최적화와 설계안 계획
4. 결 론
감사의 글
References