从知识生产与技术创新对智慧施工实现的作用出发,深入挖掘了智慧施工实现的科学逻辑；然后中,基于所构建的科学逻辑体系,理清了知识生产与技术创新因素内部的因果关系,并确定了智慧施工实现的核心路径,同时构建了相应的系统动力学模型。最终,以1990 年至2016 年间我国的工程科技知识文献和专利数据为样本,借助Vensim 系统动力学平台分析了科学系统中知识生产和技术创新因素对智慧施工实现可能产生的不同影响。整个研究立足于智慧施工实现所需的知识生产与技术创新体系,探明了智慧施工实现的科学逻辑,并结合系统化分析结果揭示了国家推进智慧施工所需努力的具体方向。

This research explored the scientific logic of the smart construction realization from the synergy of knowledge production and technology innovation. Meanwhile, based on the internal causal relationships between knowledge production and technology innovation of the scientific logic system, the path of smart construction realization was determined and a system dynamics model was established by our research. At last, possible impacts of smart construction realization by the influence of intellectual production and technology innovation elements were analyzed by Vensim as we took the data of engineering science and technology literatures and patents from 1990 to 2015 as a sample. It totally revealed the scientific path of smart construction realization based on the internal scientific logic, and indicated the direction of promoting smart construction.

G304

国家自然科学“基于新兴信息技术的智慧施工理论与方法研究”(51378160)和国家十三五重点研发计划课题“基于建筑设计、部品生产、装配施工、装饰装修、质量验收全产业链的关键技术及技术集成研究与应用”(2016YFC0701904)