Literature review of digital twin technologies for civil infrastructure

Cheng Liu, Peining Zhang, Xuebing Xu
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引用次数: 3

Abstract

Currently, there are numerous drawbacks associated with infrastructure health monitoring and management, such as inefficiency, subpar real-time functionality, demanding data requirements, and high cost. Digital twin (DT), a hybrid of a computational simulation and an actual physical system, has been proposed to overcome these challenges and become increasingly popular for modeling civil infrastructure systems. This literature review summarized different methods to build digital twins in civil infrastructure. In addition, this review also introduced the current progress of digital twins in different infrastructure sectors, including smart cities and urban spaces, transport systems, and energy systems, along with detailed examples of their various applications. Finally, the current challenges in digital twin technologies for civil infrastructure are also highlighted.

民用基础设施数字孪生技术的文献综述
目前,与基础设施运行状况监视和管理相关的缺点很多,例如效率低下、实时功能欠佳、数据需求苛刻和成本高。数字孪生(DT),一种计算模拟和实际物理系统的混合,已经被提出来克服这些挑战,并在民用基础设施系统建模中越来越受欢迎。本文综述了在民用基础设施中构建数字孪生体的不同方法。此外,本综述还介绍了数字孪生在不同基础设施领域的当前进展,包括智慧城市和城市空间、交通系统和能源系统,以及其各种应用的详细示例。最后,还强调了当前民用基础设施数字孪生技术面临的挑战。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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