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The scope of Infrastructures includes applications in road, railway, urban, coastal, airport, energy, and critical infrastructures and encompasses the following:
- Construction technology, maintenance, retrofitting, infrastructure upgrade and management of constructed facilities, LCA/LCC, construction materials and utilities, management information systems, intelligent control systems, BIM, and digital twin;
- Analysis of transportation networks, logistics, supply chains, management of transport systems, intelligent transportation systems, safety, and mobility;
- Structural design, structural control, SHM, health monitoring and prediction, non-destructive technologies, inspection, and structural reliability/stability;
- Infrastructure assets (pavement, railway, bridge, tunnel, dam, port and marine), geotechnical, environmental, water resources, and survey engineering;
- Computers in civil engineering, automation, robotics in construction, monitoring and remote sensing;
- Smart infrastructures, sustainable infrastructures, aging infrastructures, resilient infrastructures (adaptation to climate change, extreme events, hazards and mitigation), V2X, real-time communications, decision-making and driver behavior;
- Artificial intelligence, cognitive modeling, concurrent engineering, distributed computing, evolutionary computing, fuzzy logic, genetic algorithms, geometric modeling, internet-based technologies, machine learning algorithms, mobile computing, multimedia technologies, neural network computing, parallel processing, software engineering, VR/AR/MR, and visualization techniques.
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The scope of Infrastructures includes applications in road, railway, urban, coastal, airport, energy, and critical infrastructures and encompasses the following:
- Construction technology, maintenance, retrofitting, and management of constructed facilities; life cycle assessment and updating; construction materials and utilities; management information systems; intelligent control systems; BIM.
- Analysis of transportation networks, logistics, supply chains, management of transport systems, intelligent transportation systems, safety, and mobility.
- Structural design, structural control, health monitoring and prediction, non-destructive technologies, inspection, structural reliability/stability.
- Pavement, railway, bridge, tunnel, dam, port and marine, geotechnical, environmental, water resources, and survey engineering.
- Computers in civil engineering, automation, and robotics in construction.
- Smart infrastructures; sustainable infrastructures; aging infrastructures; resilient infrastructures: adaptation to climate change, extreme events, hazards and mitigation.
- Artificial intelligence, cognitive modeling, concurrent engineering, distributed computing, evolutionary computing, fuzzy logic, genetic algorithms, geometric modeling, internet-based technologies, machine learning algorithms, mobile computing, multimedia technologies, neural network computing, parallel processing, software engineering, VR/AR/MR, and visualization techniques.
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