轻薄型羊毛机织面料的舒适性研究

通过人工气候条件下的人体穿着试验，对轻薄型羊毛机织面料的舒适性进行了研究。结果表明，在制作贴身穿着服装时，轻薄型羊毛机织面料的总体舒适感不及蚕丝、棉及涤棉等面料，主要原因是其存在刺痒感.同时还表明，面料的柔软度是影响贴身穿着服装的总体舒适感的非常重要的因素。     

合体裤的压力舒适性

选取4种延伸性不同的裤装面料并分别制作成款式和规格相同的合体裤,通过穿着试验,结合主观评价法对4条合体裤的压力舒适性进行评价.结果表明,人体姿势不同、身体部位不同及面料延伸性差异,均会对合体裤的压力舒适性有显著影响.     

浅析服装材料的舒适性与穿着的关系

本文围绕服装材料的舒适性与穿着的关系，从内衣，外衣，特种服装的材料舒适性这几个方面，集中论述了服装材料的舒适性在穿着中的重要意义，并提出了服装的舒适性是合理选择材料应该考虑的重要因素之一，以及穿着需求的提高会推动服装材料的舒适性能不断改进和革新，从而给人们带来更加舒适，健康的衣着生活。     

针织面料压迫舒适性的评价回顾

介绍了针织面料压迫舒适性的研究现状，对舒适性的评价的内容和方法进行了回顾和总结。     

服装穿着压力舒适的主观评定

为了研究紧身服装的穿着压力舒适性问题，设计了一组服装穿着试验，利用心理量表对不同尺寸、不同弹性性能的紧身长裤作了主观压力感评价，并对所得值进行因子分析，分析并讨论了不同穿着感觉之间的关系。     

文胸穿着舒适性的影响因素研究

文胸穿着舒适性是女性共同关注的重要问题。从穿着者本身及文胸自身特点出发对影响文胸穿着舒适性的因素进行了调查分析,并着重分析了影响压力舒适性的因素,同时采用穿着试验对影响压力舒适性的部分因素进行了验证。得出:穿着者对文胸的功能及穿着性能的需求影响其穿着舒适性;文胸自身的特点影响其穿着舒适性;压力是影响文胸穿着舒适性的主要方面;影响压力舒适性的因素包括穿着者的穿着习惯、运动情况及文胸的结构、尺寸和面料的弹性。同时,总体压力感和总体不舒适感之间存在正向关系。     

影响服装穿着舒适性的各因素分析

通过实验和理论分析，以服装微小气候为对象，讨论了服装材料、服装和皮肤之间的空气层厚度对服装穿着什么性的影响。简要介绍了服装开口度的影响，并对湿扩散系数这一物理量进行了新的诠释，得到了一些规律，对于服装的舒适性设计有一定意义。     

尿不湿的服用舒适性探讨

本文在介绍尿不湿物服用舒适性关键因素的基础上,分析了尿不湿在给人们带来舒适方便的同时对人体可能造成的一些不良影响。     

针织面料的触觉舒适性

针织面料的舒适性在很大程度上影响了针织服装的舒适性。本文就影响舒适性因素之一的触觉舒适性进行了分析,并对提高针织面料的触觉舒适性提出了相应的解决措施。     

男子西装的服装压对舒适性评价的研究：服装压与舒适性的关系

从人体工学的角度出发，为了追求穿着舒适的男子西装，获得具有良好着装感的男子西装设计的基础数据，通过被测者着装实验的主观评价、静态着装以及动态着装下的服装压测试，将主观评价的着装感与实测的服装压进行关联，并对其关系进行了分析。     

夏季服用织物动态热湿舒适性的影响因素研究

利用自制的织物动态热湿性能测试仪测定了不同透气性和不同原料的夏季服用织物在皮肤干燥-出汗-蒸发-干燥的过程中的皮肤热损失、微气候区温湿度变化的情况,研究了影响夏季服用织物动态热湿舒适性的因素,指出在外界风速较大或织物的透气量较大时,汗液蒸发是通过紊流扩散进行,由于汗液的快速蒸发,可能使人体产生冷感,此时不同织物的微气候区温湿度差别很小,当外界风速小或织物的透气性小时,汗液的蒸发通过分子扩散进行,此时微气候区的湿度主要受织物吸湿能力的影响,吸湿能力较强时湿度低,纯涤织物在出汗后,由于微气候区湿度较高,将使人产生闷热感,在出汗结束后降温较多可能产生冷感,不宜作为夏季服用织物,纯毛织物因吸湿放热多在出汗初期升温较高,不利于散热,夏季以穿着纯棉、涤棉、毛涤混纺织物的服装为宜.     

Study on the Factors to Influence Dynamic Heat - moisture Comfort of Summer Clothing Fabrics

In this paper, the factors to influence the dynamic heat - moisture comfort of summer clothing fabrics have been studied. It is pointed out that, when the wind speed outside is high, or the air permeability is very good, the sweat of human body will evaporate mainly through turbulent diffusion. Because of the rapid sweat evaporation, human body will feel cold, and then, the difference in temperature and humidity of the micro - climatic section will be very slight. On the contrary, when the wind speed outside is slow or the air permeability is unsatisfactory, the sweat of human body will evaporate mainly through molecular diffusion, and in this case, the humidity of the micro - climatic section will be depended on the hygroscopicity of the fabric, that' s to say, the better the hygroscopicity, the lower the humidity. It is difficult for pure wool fabric to loss heat because of its giving out much heat during the course of moisture - absorption in the initial stages of sweating. For pure polyester fabric,     

男子西装的服装压对舒适性评价的研究--服装压与舒适性的关系

从人体工学的角度出发,为了追求穿着舒适的男子西装,获得具有良好着装感的男子西装设计的基础数据,通过被测者着装实验的主观评价、静态着装以及动态着装下的服装压测试,将主观评价的着装感与实测的服装压进行关联,并对其关系进行了分析。     

Evaluation of Woven Fabrics for Comfort Properties in Children’s Summer Wear

This paper evaluates the comfort properties of eightkinds of woven fabric commonly used for children'ssummer wear in Hong Kong,China.Due to the expan-sion of children's wear market and the quality require-ment for parents,objective and subjective measurementsare the main methods used to evaluate the chosen fabricsfor garment deslgners and consumers as reference. Objective measurement was carried out through ex-periments by means of the Kawabata Evaluation Systemfor Fabrics(KES-F).Experimental tests on fabrics in-clude compression,surface,bending,air permeability,thermal and tensile.Subjective measurement was con-ducted by a market research on consumers' opinions onfabrics for children's summer wear in the form of ques-tionnaire survey.These two ways of measurement onfabrics were analyzed and compared. It was found that Fabric Sample 6 which is com-posed of polyester and cotton fibre has the best perfor-mance in terms of its comfort properties.Besides,Sam-ple 4 composes of rayon and cotton fibre also ha     

服装热舒适性与衣内微气候

本文介绍了热舒适、热感觉及衣内微气候的基本概念,分析了服装的热湿性质对衣内微气候的影响,并指出了衣内微气候理论还有待进一步研究的工作和充实的内容。     

Gray Synthetic Evaluation on Moisture Comfort of Sportswear Fabrics under the Condition of Heavy Sweating

Moisture and water transfer under the condition of heavy sweating are analyzed. Four different experiments are made to test moisture resistance, water-keep, wicking effect and drying ability of samples. Then gray analysis method is introduced to evaluate the comprehensive comfort of these fabrics. Result shows chemical fiber with high moisture transfer performance has advantage in water transfer and diffusion, which is suitable for human under the condition of heavy sweating. Though natural fiber can absorb moisture well, it cannot transfer fluid sweat. Therefore natural fiber fabrics such as cotton, wool are unsuitable to make functional sportswear.     

Comfort of Light-weight Wool and Wool Blend Woven Fabrics

The comfort of the light-weight woven fabrics was investigated by conducting the wear trials under the controlled climatic conditions. The wear trial under the neutral environmental conditions showed that the lightweight wool and wool blend fabrics are generally less comfortable than the silk fabric, cotton poplin and polyester/cotton poplin fabrics tested in this study. The main shortcoming in terms of comfort for these lightweight wool fabrics is the prickle. Besides, the fabric softness was found to be a very important factor influencing the comfort of the clothing worn next to the skin.     

医用防护服用非织造布的热湿舒适性能研究

测试了医用防护服用非织造布的结构特征参数，热湿舒适性方面的透湿透气性，以及KES测试的低负荷下各项力学性能等各项性能。分析了非织造布相较于传统医用服装机织面料在热湿舒适性、触觉舒适性度成型性等方面的特点。通过所设计的实验装置用DL-700C红外热像仪监测了模拟表下微气候的热湿传递特性，以及不同状态时面料表面温度的变化规律。提出了织物表面温度变化率作为表征非织造布的热湿舒适性能的评价指标。