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首页> 外文期刊>International Journal of Concrete Structures and Materials >AHP-Based Evaluation Model for Optimal Selection Process of Patching Materials for Concrete Repair: Focused on Quantitative Requirements
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AHP-Based Evaluation Model for Optimal Selection Process of Patching Materials for Concrete Repair: Focused on Quantitative Requirements

机译:基于AHP的混凝土修补修补材料最佳选择工艺评估模型:以数量需求为重点

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The process of selecting a repair material is a typical one of multi-criteria decision-making (MCDM) problems. In this study Analytical Hierarch Process was applied to solve this MCDM problem. Many factors affecting a process to select an optimal repair material can be classified into quantitative and qualitative requirements and this study handled only quantitative items. Quantitative requirements in the optimal selection model for repair material were divided into two parts, namely, the required chemical performance and the required physical performance. The former is composed of alkali-resistance, chloride permeability and electrical resistivity. The latter is composed of compressive strength, tensile strength, adhesive strength, drying shrinkage, elasticity and thermal expansion. The result of the study shows that this method is the useful and rational engineering approach in the problem concerning the selection of one out of many candidate repair materials even if this study was limited to repair material only for chloride-deteriorated concrete.
机译:选择维修材料的过程是多标准决策(MCDM)问题中的典型问题之一。在这项研究中,采用层次分析法解决了该MCDM问题。影响选择最佳修复材料的过程的许多因素可以分为定量和定性要求,本研究仅处理定量项目。维修材料的最佳选择模型中的量化要求分为两部分,即所需的化学性能和所需的物理性能。前者由耐碱性,氯化物渗透性和电阻率组成。后者由抗压强度,拉伸强度,粘合强度,干燥收缩,弹性和热膨胀组成。研究结果表明,该方法在涉及从许多候选修补材料中选择一种的问题中是一种有用且合理的工程方法,即使该研究仅限于氯化物劣化混凝土的修补材料。

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