実験力学
Print ISSN : 1346-4930
ISSN-L : 1346-4930
論 文
廃棄GFRPを再利用した高強度多孔質セラミック基盤材とコケからなる緑化プラントの開発
木之下 広幸海津 浩一安田 雄祐中園 健文小林 太一福山 華子河村 隆介池田 清彦川﨑 久光
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ジャーナル フリー

2013 年 13 巻 1 号 p. 100-106

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   In this study, the development of a greening plant consists of moss and a ceramic base material made from clay and waste GFRP was attempted. First, a ceramic base material was made from clay and GFRP. From the result of the bending test, it was confirmed that the base material was satisfied with the standard of strength determined by Japanese Architectural Standard Specification. Second, as a method for producing of the moss plant, moss with size from 2mm to 20mm was distributed over the surface of the ceramic base material in which an adhesive was soaked. From observation, it was also confirmed that moss could root directly on the ceramic base material. In addition, the appropriate condition which made the moss plant visually appealing could be obtained. It was also confirmed that the moss plant was satisfied with the standard of weight determined by Japanese Building Standards Act. Finally, the effects of decreasing of radiant heat and CO2 concentration for the moss plant were examined. From the results, the usefulness of the moss plant was clarified.
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© 2013 日本実験力学会
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