性能、系统、诗意 上海崇明体育训练中心1、2、3号楼生态实验
|
摘要
对建筑环境性能的关注,不是一种技术的堆砌,而是一种基于技术文化的整体设计系统的建构。在上海崇明体育训练中心1、2、3号楼的设计中,基于气候响应的热力学系统成为建筑形式、空间、材料本体设计的驱动,并指向一种内在系统的诗意表达,是一种"本体性能主义"。
The concern of environmental performance isn't a piling up of technologies, but the construction of a global system based on the technological culture. In the design of Building 1,2,3 of Chongming Sport Training Center, the thermodynamic system is developed as the driver for ontological design of architectural form,morphology, space and material, in leading to a poetic expression of the internal system, which is to say, a form of ontological performalism.
The concern of environmental performance isn't a piling up of technologies, but the construction of a global system based on the technological culture. In the design of Building 1,2,3 of Chongming Sport Training Center, the thermodynamic system is developed as the driver for ontological design of architectural form,morphology, space and material, in leading to a poetic expression of the internal system, which is to say, a form of ontological performalism.
引文
[1] Grobman, Yasha J., and Eran Neuman. Performalism:Form and Performance in Digital Architecture[M]. Routledge. 2013.
[2] Braham, William W., and Daniel Willis, eds. Architecture and Energy:Performance and Style[M].London&New York:Routledge, 2013.
[3]Hensel, Michael. Performance-oriented Architecture:Rethinking Architectural Design and the Built Environment[M]. John Wiley&Sons. 2013.
[4]Odum, Howard T. Systems Ecology:An Introduction[M]. New York:John Wiley&Sons,Inc. 1983
[5]Banham.Reyner. The Architecture of the Well-tempered Environment[M]. The Architectural Press Ltd., London, 1969.
[6]Braham, William W. Architecture and Systems Ecology:Thermodynamic Principles of Environmental Building Design[M].London&New York:Routledge, 2015.
[7]李麟学.知识·话语·范式——能量与热力学建筑的历史图景及当代前沿[J].时代建筑.2015(2):10-16.
[8]李麟学.叶心成,王轶群.环境智能建筑[J].时代建筑.2018(1):56-61.
[9]李麟学.热力学建筑原型一一环境调控的形式法则[J].时代建筑,2018(03):36-41.
(1)东西两侧的拔风井分别负责不同的区域,其中西侧拔风井负责一二楼中庭及相应走廊,东侧拔风井负责三到九楼中庭及相应走廊,各个楼层逐时进风量详见附表1.
[2] Braham, William W., and Daniel Willis, eds. Architecture and Energy:Performance and Style[M].London&New York:Routledge, 2013.
[3]Hensel, Michael. Performance-oriented Architecture:Rethinking Architectural Design and the Built Environment[M]. John Wiley&Sons. 2013.
[4]Odum, Howard T. Systems Ecology:An Introduction[M]. New York:John Wiley&Sons,Inc. 1983
[5]Banham.Reyner. The Architecture of the Well-tempered Environment[M]. The Architectural Press Ltd., London, 1969.
[6]Braham, William W. Architecture and Systems Ecology:Thermodynamic Principles of Environmental Building Design[M].London&New York:Routledge, 2015.
[7]李麟学.知识·话语·范式——能量与热力学建筑的历史图景及当代前沿[J].时代建筑.2015(2):10-16.
[8]李麟学.叶心成,王轶群.环境智能建筑[J].时代建筑.2018(1):56-61.
[9]李麟学.热力学建筑原型一一环境调控的形式法则[J].时代建筑,2018(03):36-41.
(1)东西两侧的拔风井分别负责不同的区域,其中西侧拔风井负责一二楼中庭及相应走廊,东侧拔风井负责三到九楼中庭及相应走廊,各个楼层逐时进风量详见附表1.