Abstract Cranes are the centrepiece of construction equipment during the on-site installation stage of Modular integrated construction (MiC). Any disruption which occurs during this stage can wipe away the efforts made in the production and transportation stages, and hence the privilege of adopting MiC is missed. Therefore, crane operations and planning (COP) research in MiC has witnessed tremendous growth over the past years. This research aims at monitoring and classifying of COP research in MiC to identify its trends and gaps, and hence highlight future research areas. To achieve this objective, this study utilizes a mixed review method of scientometric and systematic reviews. The scientometric review clarifies the most prolific journals, institutions, researchers, keywords correlations and geospatial connection network between research countries in COP. On the other hand, the systematic review analysis shows that there are five main research topics in COP of MiC. Further analysis shows that these topics are approached by six different solution methodologies. Four potential research areas identified in COP are COP in dynamic MiC sites, COP in multi-cranes high-rise MiC sites, risk management of COP and autonomous COP.

中文翻译：

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模块化集成施工中的起重机操作和规划：混合文献综述

摘要 在模块化集成施工（MiC）的现场安装阶段，起重机是施工设备的核心。在这个阶段发生的任何中断都会抹去在生产和运输阶段所做的努力，因此错过了采用 MiC 的特权。因此，MiC 中的起重机操作和规划 (COP) 研究在过去几年中取得了巨大的发展。本研究旨在监测和分类 MiC 中的 COP 研究，以确定其趋势和差距，从而突出未来的研究领域。为实现这一目标，本研究采用了科学计量学和系统评价的混合评价方法。科学计量学评论澄清了最多产的期刊、机构、研究人员、COP中研究国家之间的关键词相关性和地理空间连接网络。另一方面，系统评价分析表明，MiC COP 有五个主要研究课题。进一步的分析表明，这些主题是通过六种不同的解决方案方法来解决的。COP 中确定的四个潜在研究领域是动态 MiC 站点中的 COP、多起重机高层 MiC 站点中的 COP、COP 的风险管理和自主 COP。