天津大学学报:社会科学版
天津大學學報:社會科學版
천진대학학보:사회과학판
Journal of Tianjin University(Social Sciences)
2015年
1期
10~15
,共null页
张念木 毕磊 李正 吕鹏
張唸木 畢磊 李正 呂鵬
장념목 필뢰 리정 려붕
面板堆石坝 碾压质量实时监控系统 质量成本 质量水平 神经网络模型
麵闆堆石壩 碾壓質量實時鑑控繫統 質量成本 質量水平 神經網絡模型
면판퇴석패 년압질량실시감공계통 질량성본 질량수평 신경망락모형
rock fill dam with face slab; real-time compaction quality monitoring system; quality cost; quality level; neural network model
质量成本是工程质量水平的经济衡量指标,是保证工程质量、降低成本、提高收益以及判断质量体系有效性的重要工具。目前,碾压质量实时监控作为先进的技术手段运用到面板堆石坝施工中,其最大的优点是投资少、效益高。但现有研究都集中在实时监控系统对面板堆石坝质量水平的控制,对于实时监控系统的经济效益研究不多。针对上述问题,本文基于碾压质量实时监控系统,在阐述了质量水平与质量成本关系的基础上,明确了面板堆石坝施工过程的质量成本分析方法,构建了实时监控特征参数的质量成本预测模型,提出了施工过程质量成本的控制和改进的方法,对实时监控系统下的面板堆石坝施工做出了更加全面可靠的评价,为工程质量管理提供了科学的依据。
質量成本是工程質量水平的經濟衡量指標,是保證工程質量、降低成本、提高收益以及判斷質量體繫有效性的重要工具。目前,碾壓質量實時鑑控作為先進的技術手段運用到麵闆堆石壩施工中,其最大的優點是投資少、效益高。但現有研究都集中在實時鑑控繫統對麵闆堆石壩質量水平的控製,對于實時鑑控繫統的經濟效益研究不多。針對上述問題,本文基于碾壓質量實時鑑控繫統,在闡述瞭質量水平與質量成本關繫的基礎上,明確瞭麵闆堆石壩施工過程的質量成本分析方法,構建瞭實時鑑控特徵參數的質量成本預測模型,提齣瞭施工過程質量成本的控製和改進的方法,對實時鑑控繫統下的麵闆堆石壩施工做齣瞭更加全麵可靠的評價,為工程質量管理提供瞭科學的依據。
질량성본시공정질량수평적경제형량지표,시보증공정질량、강저성본、제고수익이급판단질량체계유효성적중요공구。목전,년압질량실시감공작위선진적기술수단운용도면판퇴석패시공중,기최대적우점시투자소、효익고。단현유연구도집중재실시감공계통대면판퇴석패질량수평적공제,대우실시감공계통적경제효익연구불다。침대상술문제,본문기우년압질량실시감공계통,재천술료질량수평여질량성본관계적기출상,명학료면판퇴석패시공과정적질량성본분석방법,구건료실시감공특정삼수적질량성본예측모형,제출료시공과정질량성본적공제화개진적방법,대실시감공계통하적면판퇴석패시공주출료경가전면가고적평개,위공정질량관리제공료과학적의거。
Quality cost is an economic indicator of engineering quality level combining the safe reliability and the economical applicability. Quality cost management is an important tool for ensuring project quality,reducing cost,increasing revenues and judging the effectiveness of the quality system. As an advanced technology with low investment and high revenues,real-time compaction quality monitoring has been used for the construction of rock fill dam with face slab. But the existing researches focus on the control of the quality level and do not fully discuss the economic benefits of the real-time monitoring system. In the present study,the authors firstly analyze the relationship between the quality level and the quality cost based on the real-time compaction quality monitoring system. Second,the quality cost analysis method for the construction process of the rock fill dam with face slab is proposed. Then a quality cost prediction model based on the characteristic parameters of the real-time monitoring is built. Finally,the method of quality cost control and improvement for the construction process is present. The methodology of this paper provides a comprehensive and reliable evaluation for the construction of rock fill dam with face slab based on the real-time quality monitoring system and a scientific support for engineering quality management.