TRIZ在板痛综合施工技术中的应用提高钢甲板顶的耐热性

Shan-Shan Liao, Ching-Yuan Lin, Ruey-Sen Chiu, Chao-Wei Yang
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引用次数: 0

摘要

全球变暖对整个世界产生了巨大的影响。每个国家都会发生自然灾害,自然灾害对国民经济产生直接影响。随着自然资源的枯竭,我们应该把重点放在节约能源上。对于这个问题,应该有更多的创造性的方法来提高建筑外部结构的耐热性。本文应用TRIZ对钢板耐热涂料进行改进,并结合施工工艺。采用大小试验箱进行了多次隔热试验,证明新型板漆提高了板的总耐热性。通过对板材隔热性能的改进,节省了约23%以上的电力,达到了台湾省电的目标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
TRIZ Application to the Integrating Construction Techniques of Plate Pain to Improve Heat Resistance of the Steel Deck Roofs
The global warming has great impacts on the whole world. There are natural disasters taking place in every country, which causes direct influence on national economics. Along with exhaustion of natural resource, we should really get our focus on saving energy. Regarding this issue, there should be more inventive approaches to advance heat resistance of exterior architecture structures. This paper applies TRIZ to improve heat-proof paint on steel plates and integrating construction techniques. Both large and small test boxes are used to conduct several heat insulation tests from which it proves the new plate paint has improved the total heat resistance of plates. This improvement on heat insulation of plates saves about over 23% of electricity, which achieves the goal of energy saving in Taiwan.
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