Strategic Objectives
• Decode the complex thermodynamics of the built environment.
• Identify the physical mechanisms behind the Urban Heat Island effect.
• Understand how skyscraper geometry creates dangerous wind tunnels.
• Master mitigation strategies through environmental physics and materials.
The Core Challenge
As urban density increases, cities are trapping heat and manipulating wind in ways that threaten public health and energy stability.
01
The Urban Canopy
02
Metropolitan Fever
03
Foundations of Thermodynamics
04
Solar Radiation and Geometry
05
Thermal Mass and Storage
06
Surface Albedo
07
Convective Cooling
08
The Urban Canyon Effect
09
Urban Aerodynamics
10
The Wind Tunnel Phenomenon
11
Anthropogenic Heat
12
Evapotranspiration and Humidity
13
Radiative Cooling
14
Urban Boundary Layers
15
Roughness Length
16
The Physics of Building Materials
17
Thermal Comfort Indices
18
Computational Fluid Dynamics
19
The Stack Effect
20
Urban Heat Mitigation
21
Future Climates
Explore Research Ecosystem
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