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Comparison of the thermal properties of clay samples as potential walling material for naturally cooled building design

机译:比较粘土样品作为自然冷却建筑设计的潜在墙体材料的热性能

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摘要

The thermal properties of different clay samples obtained from locations in Akwa Ibom State, Nigeria were investigated and compared, and in order to establish their suitability as building material from energy conservation point of view. The results showed that stoneware clay has the highest solar radiation absorptivity of 22.32 m~(-1) while kaolin clay has the lowest radiation absoptivity of 14.46 m~(-1) . A model for the prediction of temperature variation with thickness of the samples was developed. Results showed that kaolin would make the best choice for the design of a naturally cooled building.
机译:对从尼日利亚阿夸伊博姆州获得的不同黏土样品的热性能进行了研究和比较,并从节能的角度确定了它们作为建筑材料的适用性。结果表明,stone器粘土的太阳辐射吸收率最高为22.32 m〜(-1),高岭土的辐射吸收率最低为14.46 m〜(-1)。建立了用于预测样品厚度随温度变化的模型。结果表明,高岭土将是自然冷却建筑设计的最佳选择。

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