BIM情境下建设项目契约治理的内在机制及结构优化研究

项目名称： BIM情境下建设项目契约治理的内在机制及结构优化研究

项目编号： No.71272046

项目类型： 面上项目

立项/批准年度： 2013

项目学科： 管理科学

项目作者： 王广斌

作者单位： 同济大学

项目金额： 56万元

中文摘要： BIM情境下的建设项目契约治理，是建筑业重大变革背景下的一个新命题。课题基于项目治理、系统科学及基于主体的仿真等理论和方法，遵循"整体结构影响微观行为-微观行为交互作用-整体功能涌现"的解析思路，研究BIM情境下建设项目契约治理的内在机制及结构优化。包括：1）界定刻画BIM情境，构建该情境下的契约治理系统框架；2）分析各契约治理结构下的主体行为规则，以及主体行为及其交互形成项目绩效的机理，揭示BIM情境下项目契约治理结构影响项目绩效的内在机制；3）构建治理仿真模型，分析不同情境下，项目绩效对契约治理结构的敏感性，以及各交易方式与契约激励形式的耦合作用，揭示契约治理结构对项目绩效的整体影响；4）分析我国BIM情境下建设项目契约治理现状，研究治理结构优化路径。课题研究基于微观与宏观相结合的视角，有助于深化对BIM情境下建设项目契约治理机制的认识，亦可为项目治理领域相关研究提供新的思路和方法。

中文关键词： 建设项目；契约治理；建筑信息模型（BIM）；跨组织协同；基于主体的仿真

英文摘要： The contractual governance of construction project with BIM application is an emerging research theme under the radically transforming circumstance for the AEC industry. Based on the theories and methodologies of project governance, system science, agent-based simulation, etc, and according to the analytic route of "macrostructure influences micro activities - micro activities interacts with each other - macro functions emerges", this research aims to explore the internal mechanism and structure optimization for the contractual governance of construction projects with BIM application. Firstly, this research defines and depicts the BIM circumstances (i.e., the project circumstances with BIM application), and constructs the analyzing framework for the project contractual governance system with BIM application. Secondly, through analyzing the agents' acting rules under different project contractual governance structures and depicting the rationale how the interactions of agents' activities induce the project performance, the research reveals the internal mechanism of how the contractual governance structure influences the general performance of a construction project with BIM application. Thirdly, the research constructs the simulation model and executes related simulations; based on these simulations, the research

英文关键词： Construction projects；Contractual governance；BIM；Interorganizational collaboration；Agent-based simulation