4.7 Review

Past, present, and future research of digital twin for smart manufacturing

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Summary: Metal Additive Manufacturing (AM) has gained attention due to its advantages, but the complex relationships limit its widespread use. To facilitate its development, this paper proposes a Digital Twin-enabled collaborative data management framework, which has been validated through practical implementation.

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Summary: This paper addresses the production scheduling problem in an assembly manufacturing system with uncertain processing time and random machine breakdown. A boosting radial basis function network is used to approximate the performance deviation, and a modified master-apprentice evolutionary algorithm is proposed for robust scheduling. Computational experiments show that the suggested method performs well in dealing with the problem under uncertainty.

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Summary: With the development of information technologies, the Industrial Internet platform based manufacturing service collaboration has become the main method for manufacturing collaboration. However, distrust between stakeholders and the platform, as well as the inability of static information encapsulated manufacturing services to adapt to changing physical conditions, hinder its development. This paper proposes a DT-BC enhanced manufacturing service collaboration mechanism to solve the trust and data accuracy issues.

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An online community-based dynamic customisation model: the trade-off between customer satisfaction and enterprise profit

Yu Wang et al.

Summary: This paper focuses on the challenges faced by mass customisation, proposing a dynamic customisation model based on online communities. It aims to solve the trade-off between customer satisfaction and enterprise profit, exploring different production matching modes and utilizing genetic algorithm for model solution. The study also includes a case study to validate the proposed model.

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Qinglin Qi et al.

Summary: Digital twin is revolutionizing industry by mirroring almost every facet of a product, process or service in the digital space. However, realizing their full potential is a complex process as researchers need to model different parts of objects or systems, collect and merge varied types of data, and struggle with determining the technologies and tools to be used. The 5-dimension digital twin model provides guidance for understanding and implementing digital twin technologies.

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Digital Twin Enhanced Dynamic Job-Shop Scheduling

Meng Zhang et al.

Summary: This paper discusses how digital twin technology can be used for machine availability prediction, disturbance detection, and performance evaluation in dynamic scheduling of job-shop operations. A methodology for DT-enhanced dynamic scheduling is proposed, and a case study on producing hydraulic valves in a machining job-shop demonstrates the effectiveness and advantages of the approach.

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Digital twin-based smart assembly process design and application framework for complex products and its case study

Yang Yi et al.

Summary: This paper introduces a digital twin reference model for smart assembly process design and proposes an application framework for DT-based smart assembly with three layers: physical space layer, interaction layer, and virtual space layer. The working mechanisms of assembly process planning, simulation, predication, and control management are discussed in detail. The effectiveness of the proposed approach is verified through a case study of an experimental simplified satellite assembly case using the DT-based assembly application system (DT-AAS).

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Digital twin modeling method based on biomimicry for machining aerospace components

Shimin Liu et al.

Summary: High-performance aerospace component manufacturing requires strict quality control, and Digital Twin technology can be used to optimize machining strategies. A Digital Twin modeling method based on biomimicry principles was proposed to adaptively construct a multi-physics Digital Twin of the machining process.

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Moritz Glatt et al.

Summary: Cyber-physical production systems enhance adaptivity and flexibility in manufacturing customized products in small batches, but complex material flows can lead to physically induced disturbances. Applying a physics engine to simulate physical interactions and connecting digital models to real systems for simulation-based decision support introduces the concept of digital twins, which have versatile advantages in manufacturing systems but are underutilized in practical applications outside the machine tool domain.

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Kaishu Xia et al.

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Cunbo Zhuang et al.

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Hongfei Guo et al.

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Shanghua Mi et al.

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M. Moretti et al.

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