This course provides an in-depth analysis of the impact of angled facades on building thermal efficiency and wind resistance. Using computational fluid dynamics (CFD) simulations, students explore how varied facade angles influence air flow, energy conservation, and structural integrity in high-rise buildings. The course focuses on practical methods for positioning facade panels to improve wind flow management, minimize temperature fluctuations, and enhance occupant comfort. Through studies on drag reduction, heat transfer, and airflow optimization, learners gain essential knowledge on designing facade systems that address both thermal and aerodynamic challenges.

Key Areas Covered:

• Facade Orientation and Thermal Efficiency: How angled facades affect building energy consumption.
• Wind Flow Management Techniques: Strategies to minimize wind-induced drag and reduce structural wear.
• Aerodynamic Simulations: Understanding the computational modeling of airflow around buildings.
• Seasonal Performance Optimization: Adapting facade angles for summer cooling and winter heating.
• Sustainable Design Practices: Integrating facade design with energy-saving technologies.