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A preliminary study on light transmittance properties of translucent concrete panels with coarse waste glass inclusions

机译:粗废玻璃夹杂物半透明混凝土板透光性能初步研究

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This paper investigates the potential reuse of coarse glass wastes as insert in a high performance cement matrix to produce translucent concrete panels for architectural applications such as interior walls. The effects of the addition of glass scraps on chemical and optical properties of concrete were studied. Alkali-silica reactivity resistance tests were carried out to evaluate the reactivity between amorphous waste glass and alkaline concrete pore solution. Light transmittance LT was evaluated through Radiance simulations and measurements on sample prototypes. The increase in the amount of daylight in a sample room and the reduction in the energy demand for lighting ED, were investigated through Daysim simulations. Compared to two opaque side walls, the use of two translucent concrete walls with a LT of 5% allowed a reduction in ED1 up to 16% in Palermo (L=38.3°N).
机译:本文研究了粗玻璃废物的潜在重用,如高性能水泥基质中的插入,以生产用于建筑应用的半透明混凝土板,如内墙。研究了添加玻璃废料对混凝土化学和光学性质的影响。进行碱 - 二氧化硅反应性抗性试验,以评价无定形废纸和碱性混凝土孔溶液之间的反应性。通过辐射模拟和样品原型的测量评估透光性LT。通过天地姆模拟研究了样品室中日光量的增加和照明ED的能量需求的降低。与两个不透明的侧壁相比,使用两个具有5%的半透明混凝土壁允许在巴勒莫(L = 38.3°N)中的ED1降低高达16%。

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