使用电加热人体模型测量了男女在室内环境中通常穿着的服装套装的隔热（clo）值。相同的设计、构造方法和支撑材料被用于制作一套冬夏服装，只是面料类型不同。将西装夹克、背心、毛衣和领带等服装系统地添加到基本裤子套装和裙子套装中，以研究服装分层和闭合的效果。结果表明，添加或删除某些服装以及改变它们在身体上的穿着方式会影响服装的隔热水平。 冬季套装明显比可比夏季套装暖和，但大多数夏季套装提供的隔热性能高于ASHRAE标准55-1981中关于典型夏季服装的规定。此外，ensemb1e重量和clo值之间存在高度相关性。引文:研讨会，ASHRAE交易，1983年，第89卷，pt。华盛顿特区2B。

The thermal insulation (clo) values of clothing ensembles commonly worn by men and women in indoor environments were measured using an electrically heated manikin. The same designs, construction methods, and support materials were used to make a set of winter and summer garments, differing only in fabric type. Garments such as a suit jacket, vest, sweater, and tie were systematically added to basic trouser ensembles and skirt ensembles to study the effect of garment layering and closure. Results indicated that adding or removing certain garments and changing how they are worn on the body affect the level of clothing insulation. Winter ensembles were significantly warmer than comparable summer ensembles, but the insulation provided by most summer ensembles was higher than that indicated byASHRAE Standard 55-1981for typical summer attire. In addition, a high correlation between ensemb1e weight and clo value was found.