CAJ | 학술논문

为了减小传统施工安全评价方法中主观因素过大对风险评价结果的不利影响，针对水电工程施工安全事故的动态性、随机性和模糊性特点，构建水电工程施工安全评价指标体系。通过引入人工神经网络理论，并运用MATLAB辅助设计评价模型，对水电工程施工安全进行评价。应用实例说明：该评价方法具有较高的准确性和可靠性，对于水电工程施工安全评价具有一定的应用价值。
위료감소전통시공안전평개방법중주관인소과대대풍험평개결과적불리영향，침대수전공정시공안전사고적동태성、수궤성화모호성특점，구건수전공정시공안전평개지표체계。통과인입인공신경망락이론，병운용MATLAB보조설계평개모형，대수전공정시공안전진행평개。응용실례설명：해평개방법구유교고적준학성화가고성，대우수전공정시공안전평개구유일정적응용개치。
In order to reduce adverse effects that subjective factors affect the results of the risk assessment in the traditional construction safety e valuation methods, According to the dynamic random and fuzzy characteristic of hydropower construction safety accidents, safety evaluation inde- xes for hydropower construction are established. Then by using MATLAB to design evaluation model, ANN is applied to safety assessment for hy- dropower construction. A engineering example proves that the evaluation method has higher accuracy and reliability, whidh has a certain applica- tion value for safety evaluation of hydropower engineering construction.