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Urban Climate at Street Scale: Analysis and Adaptation
P.J.C. Schrijvers
Atmospheric Remote Sensing
Research output
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Thesis
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Dissertation (TU Delft)
159
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Dive into the research topics of 'Urban Climate at Street Scale: Analysis and Adaptation'. Together they form a unique fingerprint.
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Earth and Planetary Sciences
Urban Climate
100%
Albedo
100%
Street
100%
Adaptation
100%
Air Temperature
75%
Urban Heat Island Effect
75%
Thesis
75%
Model
62%
Increasing
50%
Building
50%
Night
37%
Metropolitan Area
37%
Radiative Transfer
37%
Pedestrian
25%
Climate
25%
Investigation
25%
Scale Model
25%
Trapping
25%
Temperature
25%
Wave
25%
Geometry
25%
Rural Environment
25%
Canyon
25%
Show
12%
Order
12%
Global Warming
12%
Dynamic Models
12%
Sky
12%
Wall
12%
Numerical Model
12%
Atmospherics
12%
Long Wave Radiation
12%
Urban Energy Budget
12%
Surface Energy
12%
Human Health
12%
Daytime
12%
Thermal Comfort
12%
Urbanisation
12%
Fluid Dynamics
12%
Urban Microclimate
12%
Gradient
12%
Short Wave Radiation
12%
Urban Material
12%
Ratio
12%
Approach
12%
Numerical Modeling
12%
Heat Budget
12%
Wind Velocity
12%
Foci
12%
Width
12%
Air
12%
INIS
streets
100%
albedo
100%
climates
100%
air
87%
heat islands
75%
environment
75%
increasing
50%
energy
50%
radiations
50%
heat
37%
cities
37%
heat stress
37%
radiative transfer
37%
height
37%
trapping
37%
emission
25%
canyons
25%
surfaces
25%
geometry
25%
scale models
25%
control
12%
flow models
12%
width
12%
levels
12%
energy budgets
12%
budgets
12%
sky
12%
global warming
12%
feedback
12%
range
12%
calculation methods
12%
interactions
12%
thermal comfort
12%
speed
12%
comparative evaluations
12%
surface energy
12%
long wave radiation
12%
computational fluid dynamics
12%
monte carlo method
12%
wind
12%
walls
12%
public health
12%
size
12%
modeling
12%
mean radiant temperature
12%
atmospherics
12%
Engineering
Roads and Streets
100%
Scale Analysis
100%
Air Temperature
75%
Models
62%
Parametrization
62%
Radiation
62%
Energy Engineering
62%
Heat Stress
37%
Main Source
37%
Long Wave
37%
Compute
25%
Conductive
12%
Computational Fluid Dynamics
12%
Mechanisms
12%
Increasing Temperature
12%
Global Warming
12%
Adaptation Measure
12%
Energy Surface
12%
Combines
12%
Sensible Heat
12%
Numerical Modeling
12%
Thermal Comfort
12%
Mesoscale
12%
Mean Radiant Temperature
12%
Microscale
12%