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Contribution of Rheological Characteristics of Pavement Structure with Addition of Brick Waste

机译:路面结构流变特性的贡献

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The construction and demolition waste at the end of the cycle are often a threat for the environment due to their congestion and biodegradability. The presented research work aims to develop these wastes such as the waste of pavements structure brick. It refers to the behavior of modified asphalt mixture (bituminous grave) by adding the waste of the grinding yellow brick, which is used in the construction of buildings. The objective of this experiment is to evaluate and compare the physical and mechanical performance roadway structure (modified bituminous Gravel (GB 0/20)) by replacing natural sand partly mix (0%, 25%, 50%, 75%, 100% or completely by brick waste sand) and determine the optimal composition. Mechanical and rheological performance give the best results. The results show that the use of brick waste sand leads to a reduction of the physical and mechanical properties of GB 0/20.
机译:由于其拥塞和生物降解性,循环结束时的施工和拆除废物通常是对环境的威胁。本作研究工作旨在开发这些废物,如浪费铺路结构砖。它是指通过添加磨削黄砖的废物来说改性沥青混合物(沥青墓)的行为,该磨削的黄砖用于建筑物的建筑物。该实验的目的是通过更换天然砂部分混合(0%,25%,50%,75%,100%或)来评估和比较物理和机械性能巷道结构(改性沥青砾石(GB 0/20)))完全由砖废砂)并确定最佳组成。机械和流变性能提供了最佳效果。结果表明,使用砖废砂导致GB 0/20的物理和力学性能降低。

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