环保多孔混凝土的性能及应用

M. Tamai, T. Matsukawa
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引用次数: 5

摘要

用不同直径的碎石和玻璃球作为骨料制备多孔混凝土,通过切割中心横截面,以恒定的间隔将其切割成块,并对这些截面进行图像分析,以检查分析结果对多孔混凝土物理特性和植物生长的影响,从而确定孔隙直径和内表面面积。结果表明:多孔混凝土的平均孔洞直径约为掺入30%粘结剂的骨料粒径的0.22 ~ 0.24倍,互连孔洞的平均直径约为3mm,适合于植草混凝土。
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Properties and Application of Environmentally Friendly Porous Concrete
The void diameter and the internal surface area of porous concrete, prepared with crushed stone and glass balls of differing diameters as aggregate, were determined by slicing off the central cross section, cutting it into pieces at constant intervals and making an image analysis of those sections to examine the effect of the analytical results on the physical properties of the porous concrete and the growth of plants. The results indicated that the mean void diameter of the porous concrete is approximately 0.22 to 0.24 times the particle diameter of the aggregate packed with 30% binder and that the interconnected void, approximately 3 mm in mean diameter, is appropriate for grass-planting concrete.
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Properties of High-Strength and High-Fluidity Lightweight Concrete Basic Study on the New Testing Method of Judging the Saturated Surface Dry Conditions of Fine Aggregates Investigations on Durability of High-Volume Fly Ash Concrete Thermal Properties of High Strength Concrete at Elevated Temperatures Cracking Tendency of High Strength Lightweight Aggregate Concrete at Early Ages
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