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文章将模糊综合评判方法引入到桥梁施工质量研究当中,为桥梁评价提供一定的理论依据和工程借鉴意义。桥梁施工质量的评价需要考虑的因素含有不确定性(即模糊性),模糊数学的产生为描述这类边界不清的事物提供了一套有效的方法,即通过建立隶属函数,使这一类模糊因素得到量化,从而能够在模糊环境中解决问题,做出正确决策。同时结合层次分析法计算出各评价指标的权重值,使决策结果更具有科学性及合理性。
The article introduces the fuzzy comprehensive evaluation method into the bridge construction quality research, and provides certain theoretical basis and engineering reference significance for the bridge evaluation. The evaluation of bridge construction quality needs to be considered with uncertainties (ie, fuzziness). The production of fuzzy mathematics provides an effective way to describe such ill-defined boundaries by establishing membership functions Fuzzy factors are quantified to solve problems in a fuzzy environment and make the right decisions. Combined with analytic hierarchy process to calculate the weight of each evaluation index, the decision-making results more scientific and reasonable.