Cloud manufacturing for industrialized construction: Opportunities and challenges for a new manufacturing model

Irfan Čustović , Jianpeng Cao , Daniel M. Hall
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Abstract

More widespread use of industrialized construction (IC) is hampered by the high capital cost of advanced production facilities paired with low profit margins. A novel service-oriented cloud manufacturing (CMfg) model could in theory increase utilization and profitability of distributed production facilities. However, little research has investigated how IC can benefit from the CMfg model. This paper examines opportunities and challenges of applying CMfg for IC. First, an adapted model of CMfg for construction is developed based on a literature review. Second, four possible scenarios for applying this adapted CMfg model are designed. Finally, an evaluation is performed through a survey among 25 practitioners and 12 in-depth interviews with industry experts. The paper assesses the desirability and categorizes the benefits and barriers of such a CMfg platform for IC. The results suggest that CMfg could enhance the design quality, support IC suitability assessment for project developers and lower financial risks for off-site manufacturers.

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面向工业化建筑的云制造:新制造模式的机遇与挑战
工业化建筑(IC)的更广泛使用受到先进生产设施的高资本成本和低利润率的阻碍。一种新的面向服务的云制造(CMfg)模型理论上可以提高分布式生产设施的利用率和盈利能力。然而,很少有研究调查IC如何从CMfg模型中受益。本文探讨了集成电路中应用CMfg的机遇和挑战。首先,在文献综述的基础上,建立了一个适用于建筑的CMfg模型。其次,设计了四种可能的场景来应用这种调整后的CMfg模型。最后,通过对25位从业人员的调查和12位行业专家的深度访谈进行评估。本文对集成电路集成制造平台的可取性进行了评估,并对其优势和障碍进行了分类。结果表明,集成电路集成制造平台可以提高设计质量,支持项目开发商的集成电路适用性评估,降低非现场制造商的财务风险。
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