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Automation in manufacturing and assembly of industrialised construction
Automation in Construction ( IF 9.6 ) Pub Date : 2024-12-28 , DOI: 10.1016/j.autcon.2024.105945
Li Xu, Yang Zou, Yuqian Lu, Alice Chang-Richards

The integration of automation technologies has improved the efficiency of industrialised construction (IC), yet a deeper understanding of their effects on the manufacturing and assembly stages remains necessary. This paper provides a systematic review of how various automation technologies influence these key stages in IC, analysing 53 articles. It explores the deployment of 22 technologies, including the Internet of Things (IoT), deep learning, digital twins, and robotics, and identifies seven benefits for IC: (1) interoperability, (2) scheduling optimisation, (3) production traceability, (4) production safety, (5) manufacturability, (6) quality assurance, and (7) constructability. To further advance automation in IC, future research should address critical challenges, including enhancing data quality, expanding empirical testing, exploring emerging technologies in depth, and integrating fragmented workflows. This article underscores the need of strategic technology deployment to seamlessly integrate various processes in future construction practices, offering insights into the transformative potential of automation.

中文翻译:


工业化建筑制造和装配的自动化



自动化技术的集成提高了工业化建筑 (IC) 的效率,但仍然需要更深入地了解它们对制造和装配阶段的影响。本文系统回顾了各种自动化技术如何影响 IC 中的这些关键阶段,分析了 53 篇文章。它探讨了 22 种技术的部署,包括物联网 (IoT)、深度学习、数字孪生和机器人技术,并确定了 IC 的七大优势:(1) 互操作性,(2) 调度优化,(3) 生产可追溯性,(4) 生产安全,(5) 可制造性,(6) 质量保证,以及 (7) 可施工性。为了进一步推进 IC 的自动化,未来的研究应解决关键挑战,包括提高数据质量、扩大实证测试、深入探索新兴技术以及集成碎片化的工作流程。本文强调了战略技术部署的必要性,以便将各种流程无缝集成到未来的施工实践中,从而深入了解自动化的变革潜力。
更新日期:2024-12-28
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