32doi:10.3969/j.issn.1009-3230.2023.08.007应用能源技术2023年第8期（总第308期）BIM管线综合在地下室机电安装工程中的深度优化王桂文（福州市万科发展有限公司，福建福州350007）摘要：在地下室机电安装工程中，传统的管线二维图纸存在一定的局限性，空间碰撞问题难以暴露。因此,文中通过分析地下机电工程安装的的常见问题,运用BIM技术优化了管线综合的流程，采用BIM技术的三维可视化功能，可以更加直观、准确地展现各个管线的信息，从而在施工图设计阶段解决管线碰撞和困难点管线布置等问题。经过实际应用，结果表明：利用BIM技术辅助管线综合可以合理调整地库中各个困难点管道的排布，提前规避多处施工过程中的返工问题，减少后期施工中管道碰撞的概率，同时，在保证地库净高要求的前提下，还提高了地库管线排布的美观性。关键词：地下室；管综调整；管段划分；综合支架中图分类号：TU17DeepOptimizationofBIMPipelineIntegrationinUndergroundMechanicalandElectricalInstallationProjects(FuzhouVankeDevelopmentCo.Ltd.,Fuzhou350007,China)Abstract:Inundergroundmechanicalandelectricalinstallationprojects,traditionaltwo-dimensionaldrawingsofpipelineshavecertainlimitations,makingitchallengingtoidentifyspatialcollisionproblems.Therefore,thispaperanalyzescommonproblemsintheinstallationofundergroundmechanicalandelectricalengineeringandoptimizesthepipelineintegrationprocessusingBuildingInformationModeling（BIM)technology.Thethree-dimensionalvisualizationfunctionofBIMtechnologyallowsforamoreintuitiveandaccuraterepresentationofinformationforeachpipeline.Thisapproachaddressespipelinecollisionandlayoutdifficultiesduringtheconstructiondrawingdesignphase.Throughpracticalapplication,theresultsshowthatusingBIMtechnologytoassistpipelineintegrationcanstrategicallyadjustthelayoutofchallengingpipesintheundergroundstructure,proactivelyavoidreworkissuesduringvariousconstructionprocesses,reducetheprobabilityofpipelinecollisionsinlaterconstructionstages,and,simultaneously,enhancetheaestheticlayoutofundergroundpipelineswhileensuringtherequirednetheightoftheundergroundspace.Keywords:underground;pipelineintegrationadjustment;pipelinesegmentdivision;comprehen...
