基于FLYCOOL凉感锦纶的性能介绍,选用锦纶长丝、氨纶包芯丝以及4.44 tex/24 f FLYCOOL凉感锦纶长丝交织,在28针/25.4 mm的圣东尼SM8-TOP2无缝针织机上开发一款新型矫姿连体托胸背心产品。详细介绍产品款式和结构设计要点,各部位组...基于FLYCOOL凉感锦纶的性能介绍,选用锦纶长丝、氨纶包芯丝以及4.44 tex/24 f FLYCOOL凉感锦纶长丝交织,在28针/25.4 mm的圣东尼SM8-TOP2无缝针织机上开发一款新型矫姿连体托胸背心产品。详细介绍产品款式和结构设计要点,各部位组织意匠图编织方法,编织工艺,以及染整生产技术。结果表明,通过功能性纱线与组织结构设计的有机结合,该矫姿连体托胸背心产品兼具凉感功能和良好的舒适弹性,适合中、青年女性穿着,对于无缝针织产品的开发具有借鉴意义。展开更多
The heat transfer properties of polypropylene insulation at different ambient temperature against wind were analysed. A theoretical model of the combined conductive, convective and radiative heat flow through fibrous ...The heat transfer properties of polypropylene insulation at different ambient temperature against wind were analysed. A theoretical model of the combined conductive, convective and radiative heat flow through fibrous insulating material was presented. Detail study was carried out by using the finite element method. The theoretical results are in accordance to the experimental results which were accomplished in an artificial climate chamber.展开更多
文摘基于FLYCOOL凉感锦纶的性能介绍,选用锦纶长丝、氨纶包芯丝以及4.44 tex/24 f FLYCOOL凉感锦纶长丝交织,在28针/25.4 mm的圣东尼SM8-TOP2无缝针织机上开发一款新型矫姿连体托胸背心产品。详细介绍产品款式和结构设计要点,各部位组织意匠图编织方法,编织工艺,以及染整生产技术。结果表明,通过功能性纱线与组织结构设计的有机结合,该矫姿连体托胸背心产品兼具凉感功能和良好的舒适弹性,适合中、青年女性穿着,对于无缝针织产品的开发具有借鉴意义。
文摘The heat transfer properties of polypropylene insulation at different ambient temperature against wind were analysed. A theoretical model of the combined conductive, convective and radiative heat flow through fibrous insulating material was presented. Detail study was carried out by using the finite element method. The theoretical results are in accordance to the experimental results which were accomplished in an artificial climate chamber.