摘要：新型工业化建造技术应用受诸多因素影响，基于文献研究，提出新型工业化建造技术应用的障碍因素，通过对典型企业问卷调查，识别新型工业化建造技术应用面临的主要障碍，结合专家访谈进一步分析其作用机理。研究表明，技术、人才、资金等投入要素方面的壁垒更容易受到建筑企业关注，而跨组织协同、高管层支持和承诺、信息知识共享等要素集成方面的陷阱因素显得更为隐蔽，却对建筑企业应用新型工业化技术行为产生关键作用，新型工业化建造技术应用需要突破要素壁垒和躲避集成陷阱。基于此，提出促进新型工业化建造技术应用的对策。

关键词：新型工业化建造技术；智能建造；工程创新；建筑企业；SPSS

Abstract：The application of new industrialized construction technologies is influenced by various factors. Based on literature research，barriers for the application of new industrialized construction technologies are identified. Through questionnaire survey of typical enterprises，the main barriers faced by the application of new industrialized construction technologies are recognized. Combined with expert interviews，the mechanism of these factors is further analyzed. It shows that barriers in terms of technologies，human resources，and funds are more likely to be concerned by construction enterprises，while factors such as cross-organizational collaboration，support from senior management and commitments，and information and knowledge sharing are more concealed but play a key role in the behavior of construction enterprises applying new industrialized construction technologies. The application of new industrialization construction technology needs to break through the obstacles of elements and avoid the traps of integration. Strategies to promote the application of new industrialized construction technologies are proposed. This research has positive significance for promoting the transformation and upgrading of construction enterprises.

Keywords：new industrialized construction technologies；intelligent construction；engineering innovation；construction enterprises；SPSS

参考文献

[1] 王伟，柏光婷.建筑业数字化转型关键技术应用研究——以常州市为例[J].建筑经济，2025（6）：82-89.

[2] 陈翀，李星，邱志强，等.建筑施工机器人研究进展[J].建筑科学与工程学报，2022（4）：58-70.

[3] 林力勇.新型建筑工业化背景下福州市装配式建筑的发展现状及对策研究[J].福建建筑，2024（11）：133-140.

[4] 张镇森.新型智能建造技术体系及其工程应用[J].漳州职业技术学院学报，2024（2）：73-79.

[5] Chen Y C Y，Kamara J K J M. A framework for using mobile computing for information management on construction sites（Article）[J]. Automation in Construction，2011（7）：776-788.

[6] Vitae T D O，Vitae F T A. Understanding the implications of digitisation and automation in the context of Industry 4.0：A triangulation approach and elements of a research agenda for the construction industry[J]. Computers in Industry，2016（C）：121-139.

[7] Hwang B G. Challenges and strategies for the adoption of smart technologies in the construction industry：The case of Singapore[J]. Journal of Management in Engineering，2022（1）：1-14.

[8] 李奇会，王德东，曾大林.新型建筑工业化发展中面临的困难和对策[J].建筑经济，2022（7）：11-17.

[9] Bilal M，Oyedele L O，Qadir J，etal. Big Data in the construction industry：A review of present status，opportunities，and future trends[J]. Advanced Engineering Informatics，2016（3）：500-521.

[10] Jia M J U E，Komeily A M A G，Wang Y Y M C，et al. Adopting Internet of Things for the development of smart buildings：A review of enabling technologies and applications[J]. Automation in Construction，2019（1）：111-126.

[11] Li J A J L，Greenwood D A，Kassem M A M K. Blockchain in the built environment and construction industry：A systematic review，conceptual models and practical use cases[J]. Automation in Construction，2019（1）：288-307.

[12] Akanmu A A，Anumba W M U K，States P S U S. Cyber-physical systems integration of building information models and the physical construction[J]. Engineering Construction and Architectural Management，2015（5）：1-26.

[13] De Silva S H，Ranadewa K A T O，Rathnasinghe A P. Barriers and strategies for implementing lean six sigma in small-and medium sized enterprises（SMEs）in construction industry：A fuzzy TOPSIS analysis[J]. Construction Innovation，2023（2）：510-551.

[14] 唐久林.装配式混凝土建筑建设全过程增量成本分析[J].建筑经济，2022（S1）：156-160.

[15] Barlish K，Sullivan K. How to measure the benefits of BIM-A case study approach（Article）[J]. Automation in Construction，2012：149-159.

[16] Smith P. BIM implementation-global strategies[J]. Procedia Engineering，2014（0）：482-492.

[17] Sardroud J M. Influence of RFID technology on automated management of construction materials and components[J]. Scientia Iranica，2012（3）：381-392.

[18] Tay Y W D，Panda B，Paul S C，etal. 3D printing trends in building and construction industry：a review[J]. Virtual and Physical Prototyping，2017（3）：261-276.

[19] RobertOwen，RobertAmor，MarkPalmer，etal. Challenges for integrated design and delivery solutions[J]. Architectural Engineering and Design Management，2010（4）：232-240.

[20] 薛薇.统计分析与SPSS的应用[M].北京：中国人民大学出版社，2021.

[21] Hwang B，Shan M，Looi K. Key constraints and mitigation strategies for prefabricated prefinished volumetric construction[J]. Journal of Cleaner Production，2018（0）：183-193.

[22] Ahmet Karacigan P D，Caglayan S，Tezel A，etal. Strategic roadmap to achieve successful implementation of blockchain technology in construction contract management[J]. Journal of Construction Engineering and Management，2025（11）.

[23] 李伯聪.工程创新：聚焦创新活动的主战场[J].中国软科学，2008（10）：44-51.

建筑经济，2026（4）：90-99