A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
A Levels of Service (LOS) Digital Twin for Potable Water Infrastructure Systems
Digital twin modeling involves creating a digital version replicating a physical asset’s characteristics, processes, behaviors, and other attributes. While digital twins have seen wide application across various industries, their use in the built environment is relatively new. Despite different types of digital twins being utilized in this context, there has not been prior research leveraging digital twins to oversee and manage the service levels of potable water infrastructure systems. Given that the operational phase of these infrastructure assets spans the longest duration, the significance of developing a digital twin focusing on service levels is particularly amplified. Service levels aid in strategic decision-making by monitoring and assessing how well infrastructures perform operationally against established service standards. A digital twin focused on service levels can automate the collection of data from an infrastructure system regarding its current services and provide insights into its future performance. This study created a framework based on digital twin modeling for assessing service levels of potable water infrastructure systems. The study’s outcomes align with ISO 55,000 recommendations, emphasizing real-time data collection on service standards, automatic assessment of current service levels, and benchmarking comparisons to offer insights into how well potable water infrastructure systems perform operationally.
A Levels of Service (LOS) Digital Twin for Potable Water Infrastructure Systems
Digital twin modeling involves creating a digital version replicating a physical asset’s characteristics, processes, behaviors, and other attributes. While digital twins have seen wide application across various industries, their use in the built environment is relatively new. Despite different types of digital twins being utilized in this context, there has not been prior research leveraging digital twins to oversee and manage the service levels of potable water infrastructure systems. Given that the operational phase of these infrastructure assets spans the longest duration, the significance of developing a digital twin focusing on service levels is particularly amplified. Service levels aid in strategic decision-making by monitoring and assessing how well infrastructures perform operationally against established service standards. A digital twin focused on service levels can automate the collection of data from an infrastructure system regarding its current services and provide insights into its future performance. This study created a framework based on digital twin modeling for assessing service levels of potable water infrastructure systems. The study’s outcomes align with ISO 55,000 recommendations, emphasizing real-time data collection on service standards, automatic assessment of current service levels, and benchmarking comparisons to offer insights into how well potable water infrastructure systems perform operationally.
A Levels of Service (LOS) Digital Twin for Potable Water Infrastructure Systems
Lecture Notes in Civil Engineering
Desjardins, Serge (editor) / Azimi, Amir Hossein (editor) / Poitras, Gérard J. (editor) / Dodanwala, Tharindu C. (author) / Ruparathna, Rajeev (author)
Canadian Society of Civil Engineering Annual Conference ; 2023 ; Moncton, NB, Canada
2024-10-10
23 pages
Article/Chapter (Book)
Electronic Resource
English
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