摘要
提出一般意义上的建筑物是一个系统,构成这个系统的子系统的划分具有一定的模糊性.这些模糊性在系统整体层面为建筑物更好的达到预设的目标带来了机遇:我们不应停留在单个建筑物要素的简单叠加的层面,而是在一般的建筑系统结构框架基础上,主动的认识和分析建筑系统的整体属性,在此基础上对构成建筑系统的要素在空间和时间维度上做出必要的重新整合,组建、改善、加强各个要素或子系统的配合关系,使其产生出能够满足特定系统目标要求的组织结构网络,从而带来建筑系统整体运行效率的跃升.
Firstly, a building in a common sense could be identified as a system. Also, the fuzziness of the repartition of the repartition of the subsystems has been bringing forward in the article. The fuzziness has brought about opportunities for the building to achieve the goal of system in its entirety level： It is not need to force ourself to superposition the individually building factors, based on a general construction of system structural frame, but it could try to analyze the wholeness of a system of building. Then some transformation and integration in a space-time structure are planned, and all essential factors and the subsystem interdependence are made to constitute an organizational structure network, and thus bring an advance efficiency of the whole system of a building.
出处
《北京建筑工程学院学报》
2007年第3期45-49,共5页
Journal of Beijing Institute of Civil Engineering and Architecture
关键词
建筑物
系统
子系统
模糊性
整合
building
system
subsystem
fuzziness
integration
