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Cooling of the Building Structure by Night-time Ventilation
Nikolai Artmann
Research output
:
Book/Report
›
Ph.D. thesis
3462
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Dive into the research topics of 'Cooling of the Building Structure by Night-time Ventilation'. Together they form a unique fingerprint.
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Earth and Planetary Sciences
Night
100%
Cooling
94%
Air Conditioning
88%
Building
70%
Time
58%
Thermal Comfort
35%
Heat Storage
23%
Need
23%
Heating
23%
Heat Transfer Coefficient
17%
Room
17%
Efficiency
17%
Temperature
17%
Show
17%
Northern Europe
17%
Full Scale Test
11%
Investigation
11%
Datum
11%
Position (Location)
11%
Emission
11%
Amount
11%
Climate
11%
Heat
11%
Air Temperature
5%
Convection
5%
Ambient Air
5%
Intergovernmental Panel on Climate Change
5%
Cold Air
5%
Heat Sink
5%
Weather Pattern
5%
Conductive Heat Transfer
5%
Phase Change Materials
5%
Heavy Element
5%
Light Element
5%
Specific Heat
5%
Building Construction
5%
Greenhouse Gas
5%
Room Temperature
5%
Convective Heat Transfer
5%
Climate Modeling
5%
Aerosol
5%
Regional Climate
5%
Increasing
5%
Project
5%
Impact
5%
Engineer
5%
Good
5%
Comfort
5%
Criterion
5%
Difference
5%
Variation
5%
Magnitude
5%
Prediction
5%
High Temperature
5%
Data Set
5%
Station
5%
Season
5%
Expectation
5%
Heat Transmission
5%
Southern Europe
5%
Engineering
Buildings
52%
Airflow Rate
35%
Storage Capacity
17%
Heat Gain
17%
Climatic Condition
17%
Heat Transfer Coefficient
17%
Efficiency
17%
Temperature
17%
Displacement Ventilation
11%
Ceilings
11%
Heat Transfer Surface
11%
Cooling Time
11%
Estimation
11%
Performance
11%
Significant Impact
11%
Internals
11%
Early Stage
5%
Boundary Condition
5%
Full-Scale Test
5%
One Dimensional
5%
Office Buildings
5%
Simulation Program
5%
Air Conditioning System
5%
Change Rate
5%
Air Change
5%
Dataset
5%
Energy Simulation
5%
Airflow Pattern
5%
Convective
5%
Ambient Air
5%
Room Temperature
5%
Building Construction
5%
Building Element
5%
Room Surface
5%
Cold Climate
5%
Stochastic Property
5%
Thermal Capacity
5%
Heavy Element
5%
Heat Capacity
5%
Indoor Air Temperature
5%
Slab Thickness
5%
Internal Heat Gain
5%
Intergovernmental Panel on Climate Change
5%
Surface Velocity
5%
Air Temperature Distribution
5%
Comfort Condition
5%
Temperature Difference
5%
Design
5%
Significant Increase
5%
Demonstrates
5%
Prediction
5%
High Temperature
5%
Basic Concept
5%
Significant Effect
5%
Large Effect
5%
Physics
Cooling
94%
Heat Storage
23%
Heating
23%
Temperature
17%
Boundary Condition
11%
Performance
11%
Position (Location)
11%
Emission
11%
Heat
11%
Enthalpy
11%
Room Temperature
5%
Air Temperature
5%
Aerosol
5%
Ambient Air
5%
Specific Heat
5%
Temperature Gradients
5%
Region
5%
Impact
5%
Differences
5%
Variations
5%
Magnitude
5%
Increasing
5%
Station
5%
High Temperature
5%
Conductive Heat Transfer
5%
Cold Air
5%
Chemistry
Cooling
94%
Time
58%
Heat Storage
23%
Reaction Temperature
17%
Amount
11%
Heat
11%
Aerosol
5%
Thermal Conductivity
5%
Analytic Solution
5%
Debye Temperature
5%
Number
5%
Concentration
5%
Ambient Reaction Temperature
5%
Slab Like Crystal
5%
Air Conditioning
5%
Material Science
Aerosol
5%
Greenhouse Gas
5%
Materials Property
5%