首页|BIM技术与IPD模式集成应用影响因素研究——基于扎根理论的ISM-MICMAC模型实证分析

BIM技术与IPD模式集成应用影响因素研究——基于扎根理论的ISM-MICMAC模型实证分析

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集成项目交付(IPD)较传统项目交付模式能够有效地促进多方合作、减少资源浪费,特别是在建筑信息模型(BIM)支持下,能够进一步放大IPD模式的优势.然而融入BIM技术的IPD模式发展尚处于摸索阶段,其促进和依赖因素尚不清晰,因此,开展了BIM与IPD集成应用的影响因素研究.首先基于扎根理论,凝练影响BIM与IPD应用发展的18个核心影响因素,并依据编码要求,将其归纳为4个核心范畴;进而采用解释结构模型(ISM)和交叉影响矩阵(MICMAC),分析其影响因素的层级结构及其内在的作用机理,从而形成了BIM与IPD集成应用发展影响因素理论的框架;最后根据研究结果,提出了针对性的建议.
Study on Influencing Factors of Integrated Application of BIM and IPD Model:Empirical Analysis of ISM-MICMAC Model Based on Grounded Theory
Compared with traditional project delivery modes,Integrated Project Delivery(IPD)effectively promotes multi-party collaboration and reduces resource waste.With the support of Building Information Modeling(BIM),the advantages of the IPD model are further amplified.However,the development of the IPD model integrated with BIM remains in an exploratory phase,and its promotion and dependency factors are still unclear.Therefore,a study on the influencing factors of BIM and IPD integrated application was conducted.First,grounded theory was used to identify 18 core influencing factors that impact the development and application of BIM and IPD,which were categorized into four core groups according to coding requirements.Then,the Interpretive Structural Modeling(ISM)and Cross-Impact Matrix(MICMAC)were employed to analyze the hierarchical structure of the influencing factors and their internal mechanisms.This led to the formation of a theoretical framework for the influencing factors of BIM and IPD integrated application development.Finally,targeted recommendations were proposed based on the research findings.

BIM technologyIPD modelgrounded theoryISM-MICMAC model

陈琛、沈志锋、楚新开、王二侠

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郑州大学管理学院 河南 郑州 450000

河南省有色金属地质矿产局 河南 郑州 450000

BIM技术 IPD模式 扎根理论 ISM-MICMAC模型

2025

建筑施工
上海建工(集团)股份有限公司

建筑施工

影响因子:0.584
ISSN:1004-1001
年,卷(期):2025.47(1)