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ADVANCED FUNDAMENTALS OF FLUID MECHANICS, ENERGY AND HEAT TRANSFER PROCESSES
- Fundamental principles governing steady and unsteady fluid dynamics
- Comprehensive analysis of conduction, convection, and radiation heat transfer
- Advanced thermodynamic cycles and efficient energy conversion processes
- Integration of renewable energy sources in fundamental thermal systems
- Energy harvesting and storage mechanisms in engineering applications
- Evaluation of energy efficiency and sustainability in thermal processes
- Numerical modeling of fundamental fluid flow through computational methods
INDOOR ENVIRONMENT QUALITY AND CIVIL ENGINEERING
- Assessment of thermal comfort indices within human occupied spaces
- Indoor air quality management and sustainable building design strategies
- Applied civil engineering for the design of modern resilient structures
- Computational fluid dynamics applications for interior fluid flows
- Integration of passive cooling systems for enhanced building thermal performance
- Smart building systems for energy autonomy and user comfort
- Advanced monitoring of indoor environmental factors through distributed sensor networks
- Use of AI for predictive modeling and adaptive systems control
- Integration of IoT platforms for smart infrastructure and real-time connectivity
OUTDOOR ENVIRONMENT QUALITY AND MANAGEMENT OF ATMOSPHERIC POLLUTION LEVELS
- Analysis of air pollution sources within dense urban environments
- Advanced technological strategies for reducing pollutant emissions in ambient air
- Development and implementation of sensors for real-time environmental quality monitoring
- Computational modeling of pollutant dispersion in complex urban landscapes
- Impact of urban morphology on local microclimate and air quality
NATURAL AND TECHNOLOGICAL RISK MANAGEMENT
- Seismic risk assessment and resilience enhancement of the built environment
- Integrated management and stability analysis of slope and landslide risks
- Impact analysis of prolonged drought phenomena on hydrological resource security
- Flood prevention strategies and hydrological modeling of major flow events
- Monitoring and prediction of risks associated with extreme weather phenomena
- Intervention management and mitigation for chemical, biological, radiological, and nuclear threats
- Dynamics and propagation studies of wildfires under adverse meteorological conditions
- Protection of communities located at the wildland-urban interface fire zones
- Fire safety strategies for densely populated urban built environments
- Modeling of smoke and fire spread in underground parking structures
- Comprehensive fire safety analysis for modern automobiles and transport vehicles
