数字孪生体开发的新框架和新方法

Matheus Antônio de Andrade, H. Lepikson, C. Machado
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引用次数: 0

摘要

数字孪生可以定义为物理资产的虚拟副本,与物理资产进行实时交互。它被评为工业4.0背景下最有前途的技术之一,但要使这项技术变得有效和可行,仍有许多空白需要填补。本文提出了制造过程数字孪生实现的开发方法和框架。单元制造过程的概念,即工业过程中可以对原材料进行重大改变的较小部分,以及它为构建数字双胞胎带来的模块化,促进了整个制造过程的数字化。该方法的创建超越了泛化和可扩展性问题,可以应用于离散,连续和批处理过程。正在开发两个制造过程的数字双胞胎,作为该方法的测试平台。数字孪生概念可以成为提高生产力的一个非常有利的工具。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A New Framework and Methodology for Digital Twin Development
Digital Twins can be defined as virtual copies of physical assets that interact in real time with their physical counterparts. It is rated as one of the most promising technologies in the Industry 4.0 context, but there are still many gaps to be filled for this technology to become effective and viable. This paper proposes a development methodology and a framework for the implementation of manufacturing process’ digital twins. The concept of Unit Manufacturing Process, that is the smaller part of an industrial process that can perform a significant changing of the raw material, and the modularity it brings to build digital twins facilitate the digitalization of an entire manufacturing process. The methodology was created to surpass generalization and scalability problems and can be applied to discrete, continuous and batch processes. Two digital twins of manufacturing processes are being developed to serve as testbeds for the methodology. The digital twin concept can be a very supportive tool to enhance productivity.
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