土木及環境工程學系相關活動
MPhil in Civil Engineering - Future Regional Meiyu Precipitation Change and Atmospheric River Impacts across East Asia
PHD in Civil Engineering - Data-Driven Modeling of Spatial-temporal Dynamics and Multi-Modal Interactions in Urban Mobility
PHD in Civil Engineering - Enhancing HVAC System Efficiency: Development of Virtual Testbed and Evaluation of Equipment Performance
PHD in Civil Engineering - Advanced Control for Building Energy System
Civil Engineering Departmental Seminar
- Spatial and Temporal Analysis of Landslide Susceptibility and Resilience with the Impact of Climate Change
PHD in Civil Engineering - Emerging Mobility Services in Mixed Transportation Environments: Planning, Operation and Market Equilibrium
Civil Engineering Departmental Seminar
- Full-waveform inversion for leak localization in water pipe networks
Civil Engineering Departmental Seminar
- Production of sustainable cement through microwave-fiber induced plasma processing
Civil Engineering Departmental Seminar
- Lessons from Ancient Sustainable Construction for Modern Sustainability: Insights from Roman Concrete
Civil Engineering Departmental Seminar
- 3D printing of limestone-calcined clay-based cementitious materials
Civil Engineering Departmental Seminar
- Applications and challenges of concrete 3D printing technology
Civil Engineering Departmental Seminar
- Integration of electric vehicle charging infrastructure with solar resources
Concert by the YMCA Harmonica Orchestra
Civil Engineering Departmental Seminar
- Emission and cost impacts of an emission-informed electric vehicle public charging pricing scheme
PHD in Civil Engineering - Developments of Matched-Field Processing to Parameter Inversion in Pressurized Pipelines
Civil Engineering Departmental Seminar
- Low-permeability media and matrix-fracture interactions in the context of carbon neutrality
Civil Engineering Departmental Seminar
- Towards A Quantitative Assessment of Landslide Risk: Challenges and Perspectives
Civil Engineering Departmental Seminar
- Mechanism discovery, intelligent prediction, and flow control of structural wind effects assisted by flow field modes