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AA11482543V60No1pp15-21.pdf702.73 kBAdobe PDF見る/開く
タイトル: 高湿環境下における合成繊維・再生繊維集合体の繰り返し圧縮・回復特性の解析
その他のタイトル: Repeated Compression-Recovery Properties of Synthetic Fiber and Regenerated Fiber Assemblies under High Humidity Environment
著者: 中島, 千恵; 米田, 守宏 link image
著者(別表記) : Nakajima, Chie; Yoneda, Morihiro
著者読み: なかじま, ちえ; よねだ, もりひろ
キーワード: Compression-recovery behavior,; Synthetic fiber; Regenerated fiber; Fiber assembly; High humidity; 圧縮・回復挙動; 合成繊維; 再生繊維
発行日: 2014年 2月
出版者: 日本繊維機械学会:Textile Machinery Society of Japan
引用: 中島千恵・米田守宏:Journal of textile engineering, Vol.60, No.1, pp.15-21
抄録: In this study, repeated compression-recovery behavior of fiber assembly for wadding use under high humidity condition is investigated, and its behavior is compared to that of standard condition. Sample used are twelve kinds of synthetic and regenerated fiber assembly. Following results are obtained. (1) Compression energy, WC under high humidity condition is smaller than that of standard condition or almost equal. (2) Recovery energy, WC' under high humidity condition is almost equal to that of standard condition except CU-1 and RPE-4. WC' of CU-1 and RPE-4 under high humidity condition is very small compared to standard condition. (3) Compression-recovery curve at sixth cycle is analyzed using linearizing method. In high humidity condition, n_B/n_F values of polyester fiber assembly are approximately 2, and those of cupra fiber assembly are approximately 3. Large value of n_B/n_F of cupra shows that cupra fiber assembly is less recoverable in compression than polyester under high humidity condition. (4) The result shows that evaluation of compression-recovery process using linearizing method is effective as well as that of energybased method using WC, RC and LC.
URI: http://hdl.handle.net/10935/3756
ISSN: 13468235
出現コレクション:雑誌

このアイテムの引用には次の識別子を使用してください: http://hdl.handle.net/10935/3756

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