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Moisture capacity of log houses can improve the indoor climate conditions
Tuomo Ojanen
Research output
:
Contribution to journal
›
Article
›
Scientific
›
peer-review
5
Citations (Scopus)
Overview
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Keyphrases
Air Change Rate
16%
Air Condition
16%
Air Temperature
16%
Climate Conditions
16%
Cold Winter
16%
Cooling System
16%
Energy Efficient
16%
Energy Sustainable
16%
Finland
16%
Heat Flow
16%
Heating System
16%
Helsinki
16%
Humidity
16%
Humidity Level
16%
Humidity Variations
16%
Hygroscopic Capacity
33%
Hygroscopic Material
16%
Indoor Air
83%
Indoor Climate Conditions
100%
Indoor Comfort
16%
Indoor Conditions
16%
Indoor Humidity
100%
Indoor Temperature
16%
Loading Conditions
16%
Log House
100%
Log Wall
33%
Low Humidity
16%
Moisture
16%
Moisture Buffering Effect
16%
Moisture Capacity
100%
Moisture Exchange
16%
Moisture Flow
16%
Moisture Transfer
16%
Moisture Transport
16%
Nonhygroscopic
50%
Northern Climate
16%
Numerical Simulation
33%
Occupation Time
16%
Passive Method
16%
Perceived Indoor Air Quality
16%
Potential Analysis
16%
Sensitivity Analysis
16%
Space Model
16%
Surface Temperature
16%
Thermal Comfort
16%
Timber
33%
Two-person
16%
Ventilation
33%
Ventilation System
16%
Winter Season
16%
INIS
air
41%
air quality
5%
applications
5%
capacity
100%
climates
100%
comparative evaluations
11%
computerized simulation
11%
cooling systems
5%
energy
5%
finland
5%
heat
5%
heating systems
5%
houses
100%
humidity
47%
indoors
100%
interactions
5%
levels
11%
moisture
100%
occupations
17%
potentials
5%
sensitivity analysis
5%
simulation
5%
space
5%
surfaces
5%
thermal comfort
5%
transport
5%
values
17%
variations
5%
ventilation
11%
ventilation systems
5%
walls
35%
Engineering
Air Change
16%
Air Condition
16%
Air Quality
16%
Change Rate
16%
Cooling System
16%
Heating System
16%
Hygroscopic Material
16%
Indoor Air
100%
Limiting Value
16%
Load Condition
16%
Moisture Transfer
16%
Moisture Transport
16%
Relative Humidity
33%
Thermal Comfort
16%
Ventilation System
16%