风险知情的数字孪生(RDT)用于建筑环境的脱碳:澳大利亚住宅环境

G. Pignatta, U. Alibrandi
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引用次数: 2

摘要

城市社区是一个复杂的系统。根据系统思维理论的整体观,“整体不是各部分的总和,而是各部分相互作用的产物”。这种系统思维方法通常用于分析城市系统和发展。本文介绍了基于风险知情数字孪生模型(RDT)的风险知情数字建筑孪生模型(RDBT), RDT是一种新型的数字化技术,包含了不确定条件下多维多利益相关者的综合决策系统。在RDBT中,节能、弹性和可持续的土木工程系统/子系统可以在单个建筑的尺度上考虑,以评估不同的需求。通过可持续和弹性工程的框架,监测数据对于执行全面的近实时生命周期整体分析至关重要。位于澳大利亚悉尼的一栋公寓楼被选为未来部署RDBT的地点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Risk-Informed Digital Twin (RDT) for the Decarbonization of the Built Environment: The Australian Residential Context
Urban communities are complex systems. According to the holistic perspective of the systems thinking theory, the “whole is not the sum of its parts, but rather is a product of the parts’ interactions”. This systems-thinking approach is commonly applied to analyse urban systems and developments. This study introduces the Risk-informed Digital Building Twin (RDBT) based on the Risk-informed Digital Twin (RDT), a novel digitalization technology incorporating an integrated multi-dimensional multi-stakeholders decision-making system under uncertainty. In the RDBT, energy-efficient, resilient, and sustainable systems/subsystems of civil engineering can be considered at the scale of the single building to assess different needs. Monitored data are critical to performing comprehensive near real-time lifecycle holistic analyses through the framework of Sustainable and Resilient Based Engineering. An apartment building located in Sydney, Australia, has been selected for future deployment of the RDBT.
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