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首页> 外文期刊>Journal of fiber bioengineering and informatics >Effect of Abaya Designs and Daily Wear Clothing on Thermal Comfort Measured with a Female Thermal Manikin
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Effect of Abaya Designs and Daily Wear Clothing on Thermal Comfort Measured with a Female Thermal Manikin

机译：Abaya设计和日常穿着服装对女性保暖人体模型测得的热舒适性的影响

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摘要

Multiple layers of clothing are known to increase thermal resistance and evaporative resistance. This study investigates the effect of wearing abaya, an Islamic outerwear stipulated for women, on thermal resistance performance assessed with a female thermal manikin. Tests were conducted at two climatic conditions. The first set was at 23 °C and 50% RH as the dry condition and the second set was at 35 °C and 40% RH as the wet condition. Thermal resistance and evaporative resistance properties were measured by dressing a female thermal manikin in various ensembles of clothing within different types of abaya. The test results revealed that for all abaya combinations with daily wear, the manikin needed less heat to maintain the average skin temperature than with daily wear clothing alone. This study suggests that the abaya provided additional thermal and vapour resistance. Among the types of abaya evaluated, those worn on the head offered higher thermal resistance than those worn from the shoulder with tight sleeves. Marginal variations were also observed on the basis of the clothing worn under the abaya.
机译：已知多层衣服会增加热阻和蒸发阻力。这项研究调查了穿着abaya（一种针对女性的伊斯兰外套）对通过女性保暖人体模型评估的耐热性能的影响。在两种气候条件下进行测试。第一组在23°C和50％RH作为干燥条件，第二组在35°C和40％RH作为湿条件。通过将雌性热人体模型穿在不同类型的长袍中的各种服装中来测量热阻和抗蒸发性。测试结果表明，与每天穿着的所有ayabaya组合相比，人体模型所需的热量更少，以保持平均皮肤温度。这项研究表明，阿巴耶提供了额外的耐热性和耐蒸气性。在所评估的长袍类型中，戴在头上的长袍比戴紧袖的肩膀上的长袍具有更高的耐热性。根据在长袍下穿着的衣服也观察到了边际差异。

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