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Clay brick's mineral properties and natural intrinsic qualities define the performance benchmarks

机译:粘土砖的矿物特性和天然内在质量定义了性能基准

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Research in the USA, Australia and South Africa continues to present the many reasons why clay brick construction, so widely applied in South Africa for house construction, deserves its pre-eminent status in sustainable house construction. The Empirical research findings, a product of 8 years of study at the University of Newcastle's Priority Research Centre for Energy - where building modules comprising different Australian wall construction types were continually measured, under real life conditions, with measurements taken under both free floating and controlled internal conditions, has comprehensively shown: Insulated lightweight building (high thermal resistance [R-value] with no thermal mass in the walls) as the worst performing in all seasons. Brick veneer (brick applied to the external skin of the external wall) performed better than the lightweight. Insulated cavity brick performed the best.
机译:在美国,澳大利亚和南非的研究继续说明了为什么在南非广泛用于房屋建筑的粘土砖建筑在可持续房屋建筑中应享有的突出地位。经验研究结果是纽卡斯尔大学能源优先研究中心历时8年的研究成果-在该模型中,在现实生活中不断测量包括不同澳大利亚墙体建筑类型的建筑模块,并在自由浮动和受控条件下进行测量内部条件已全面显示:隔热的轻质建筑(高热阻[R值],墙壁无热质)是所有季节中表现最差的。砖饰面(应用于外墙外表皮的砖)比轻质砖更好。绝缘空心砖性能最好。

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