Modeling of System Integration for the Building System, And Its Application on Collective Housing

• Main Authors: Julius Hsu, 胥直強
• Other Authors: 吳讓治
• Format: Others
• Language: zh-TW
• Published: 1999
• Online Access: http://ndltd.ncl.edu.tw/handle/01075284610658785086

博士 === 國立成功大學 === 建築學系 === 87 === We deal ‘Building System Integration’ as a technique conducted in physical building. Its principles of how to compose a building system give us more flexibility of choice. It is a working model that can create variations. Following the general procedures of this model we avoid misleading in direction. With developing general and interchangeable components in a setting domain, buildings do not have to be fixed mono structures. The study finds out the environment of a system and interfaces of its subsystems may post-set by attributes of its elements and working capacity of that system in a integrating process. So the integration of building systems can be handled with any chosen portion as a fractional experiment. Experiment 1 is trying to put a new element, the interchangeable partition wall, into an existed housing production environment to test the adaptability of that model. Experiment 2 is putting another new element, the interchangeable enclosure wall, into a rationalized housing project to test the possibility of space alternation. The major achievement of this thesis is putting building system into architectural planning study, that a creating lay-out activity can be filled in architectural study which was known as an analysis activity. Start from theory review to case study, and experiment modification, we develop a tested model for the integration work of building system, which have a guiding effect for succeeding practical development.