Human reliability for safe and efficient civil infrastructure operation and maintenance – A review

Commitment Indicators for Tracking Sustainable Design Decisions in Construction Projects

“…Sun et al [45] highlighted that an indicator of designers' commitment to reducing project energy consumption is to consider operation and maintenance factors for project energy systems and equipment to ensure energy reduction. According to Hassanain et al [46], those factors reduce systems maintenance and improve energy efficiency and are considered essential elements in reaching the project's energy reduction goal.…”

“…In support of this, Broughton [47] highlighted that including those factors within project design starts by identifying information regarding accessibility, modularization, standardization, and machine maintenance of the selected project's systems and equipment. Sun et al [45] argued that, apart from project systems and equipment information, seeking input from maintenance personnel is essential to include their viewpoints in project design and helps the design team ensure energy reduction durability. Hassanain et al [46] stated that the project design team must ensure that both operational considerations and energy equipment maintenance information are integrated into the project design to ensure its effectiveness.…”

“…Hassanain et al [46] stated that the project design team must ensure that both operational considerations and energy equipment maintenance information are integrated into the project design to ensure its effectiveness. Further, Sun et al [45] specified that to maximize the integration of maintenance factors into the project design, designers need to use a simulation program to simulate annual loads and peak demands for project systems to identify maintenance reduction opportunities that lower energy consumption.…”

A Critical Review for Trustworthy and Explainable Structural Health Monitoring and Risk Prognosis of Bridges with Human-In-The-Loop

“…Human-cyber (HC) reliability refers to the uncertainties that could arise during data analysis processes while analyzing large amounts of data related to civil infrastructure operation and decision processes. Such reliability demands more accurate and effective human-cyber interactions to ensure the safety and efficiency of the CIS O&M [29]. However, the lack of a systematic review of a wide range of HC reliability issues impedes SHM of bridges and prevents researchers and professionals from effectively using existing theoretical and practical tools in resolving their difficulties related to HC reliability problems.…”