铁道学报
鐵道學報
철도학보
2009年
6期
112-116
,共5页
客运专线%梁场%模糊评价%随机赋权
客運專線%樑場%模糊評價%隨機賦權
객운전선%량장%모호평개%수궤부권
dedicated passenger line%girder fabrication yard%fussy evaluation%stochastic weight assignment
客运专线梁场规划设计方案的合理优化成为设计、施工承包商和业主共同关注的重点难点问题之一.规划设计方案的好坏不仅关系到客运专线桥梁施工能否顺利进行,也直接影响承包商的经济效益,对于节约投资、保证箱梁的质量及工程工期都起着重要的作用.本文就影响客运专线梁场规划设计方案的因素进行深入分析,针对客运专线梁场设计中梁场选址、梁场规模及布置形式的确定以及梁场对环境影响等关键因素,建立方案评价指标体系.通过随机赋权确定各目标因素权重,建立评判矩阵,采用双层模糊综合评判,进行梁场规划设计方案评价.最后,结合客运专线梁场的规划设计方案算例,对该方法进行应用说明.
客運專線樑場規劃設計方案的閤理優化成為設計、施工承包商和業主共同關註的重點難點問題之一.規劃設計方案的好壞不僅關繫到客運專線橋樑施工能否順利進行,也直接影響承包商的經濟效益,對于節約投資、保證箱樑的質量及工程工期都起著重要的作用.本文就影響客運專線樑場規劃設計方案的因素進行深入分析,針對客運專線樑場設計中樑場選阯、樑場規模及佈置形式的確定以及樑場對環境影響等關鍵因素,建立方案評價指標體繫.通過隨機賦權確定各目標因素權重,建立評判矩陣,採用雙層模糊綜閤評判,進行樑場規劃設計方案評價.最後,結閤客運專線樑場的規劃設計方案算例,對該方法進行應用說明.
객운전선량장규화설계방안적합리우화성위설계、시공승포상화업주공동관주적중점난점문제지일.규화설계방안적호배불부관계도객운전선교량시공능부순리진행,야직접영향승포상적경제효익,대우절약투자、보증상량적질량급공정공기도기착중요적작용.본문취영향객운전선량장규화설계방안적인소진행심입분석,침대객운전선량장설계중량장선지、량장규모급포치형식적학정이급량장대배경영향등관건인소,건립방안평개지표체계.통과수궤부권학정각목표인소권중,건립평판구진,채용쌍층모호종합평판,진행량장규화설계방안평개.최후,결합객운전선량장적규화설계방안산례,대해방법진행응용설명.
Reasonable optimization of the planning and design programme of the girder fabrication yard for dedicated passenger line has become an important and difficult issue which designers,construction contractors and owners are all concerned for. The quality of the planning and design programme not only has a bearing on whether bridge construction can proceed smoothly or not but also affects the economic benefits of contractors directly. It plays an important role in saving investment and ensuring the quality of box girders and the period of a project. The key influencing factors related to the planning and design programme of the girder fabrication yard for the dedicated passenger line are analyzed deeply in this paper,such as the site selection,scale,layout and environment of the yard,and then a fussy evaluation index system is established. The target weights are determined through stochastic weight assignment.The evaluation matrix is established. The planning and design programme of the girder fabrication yard is evaluated with the multi-layer comprehensive fuzzy evaluation system. Finally,the proposed method is applied in a numerical example.