Adaptive Sustainable Skin System

• Main Authors: Chun-Yuan Chang, 張竣淵
• Other Authors: I-Hsu Chiu
• Format: Others
• Language: zh-TW
• Published: 2016
• Online Access: http://ndltd.ncl.edu.tw/handle/93555280056909098618

碩士 === 國立臺灣科技大學 === 建築系 === 104 === Architectural skin will not only affect the change of environment and functions caused by climate, but also change the way how people make use of space. Nowadays, elevation are mostly used in response to the concerns of climatic conditions and privacy of space. I In some island countries like Taiwan, however, the weather can alter greatly on wind wave, sunshine, rainfall and air temperature in different seasons. Most outside walls are designed to relieve unsuitable seasonal surroundings; only few of them are made to adapt to environmental changes. This essay aims to mold an active operating shape by using some parametric designs combining factors of function and environment during the phase of design. The shape expects to result to geometric figures of same function in a change of different layers, making differentcharacter spaces to be individual comfortable environment in the same architectural skin. Design methods are divided into two perspectives: to rewrite a parametric design based on archives and cases, plus adding of certain new elements; to acquire necessary data from operation of transforming "Form follows Geometry" into "adaptive dynamic structure", trying to transform two-dimensional plane into three-dimensional dynamics to make the conformation more environmental and durable. By using the simulation software to verify this coding, the study looks forward to providing references to future researches in the field of digital structures and parametric logic.