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作 者:宋冠赟 SONG Guanyun(Ningbo Beilun Vocational High School,Ningbo 315800,China)
机构地区:[1]宁波市北仑职业高级中学,浙江宁波315800
出 处:《染整技术》2025年第4期51-53,共3页Textile Dyeing and Finishing Journal
摘 要:运动服装作为功能性纺织品的重要分支,其设计逻辑始终围绕人体工学与动态场景展开。现代运动行为已衍生出专业竞技、休闲健身、户外探险等多维细分场景,对服装的瞬时热湿传递、定向压力支撑、动态耐久性等效能提出了差异化诉求。而作为连接人体微环境与外部介质的物化载体,面料的选择会直接影响服装的穿着感,是平衡功能属性与生态责任的主要因素。以生物力学响应机制与材料介观结构关联性为基础,对多尺度运动需求下的纤维复合体系展开系统性探讨,有助于为高性能运动服装的形态、功能耦合设计提供闭环理论支持。As an important branch of functional textiles,the design logic of sportswear always revolves around ergonomics and dynamic scenes.Modern sports behavior has derived multi-dimensional subdivision scenes such as professional competition,leisure fitness,outdoor adventure,etc.,and put forward differentiated demands for the efficiency of instantaneous heat and humidity transmission,directional pressure support,and dynamic durability of clothing.As a physical and chemical carrier connecting the human microenvironment and external media,the selection of fabric will directly affect the wearing sense of clothing,and is the main factor to balance the functional attribute and ecological responsibility.Therefore,based on the correlation between biomechanical response mechanism and material mesoscopic structure,a systematic discussion on fiber composite system under multi-scale motion requirements is helpful to provide closed-loop theoretical support for the form-function coupling design of high-performance sportswear.
分 类 号:TS941.15[轻工技术与工程—服装设计与工程]
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