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Shibaura Institute of Technology ホーム
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建築学部
芝浦工業大学
概要
フィンガープリント
ネットワーク
プロファイル
(39)
研究成果
(191)
フィンガープリント
建築学部が活動している研究トピックを掘り下げます。これらのトピックラベルは、この組織のメンバーの研究成果に基づきます。これらがまとまってユニークなフィンガープリントを構成します。
並べ替え順
重み付け
アルファベット順
Engineering & Materials Science
Adhesives
9%
Aerosols
10%
Aging of materials
14%
Air
70%
Air conditioning
97%
Air quality
12%
Air source heat pumps
12%
Anchorage zones
8%
Anchors
16%
Apartment houses
12%
Architectural design
11%
Atmospheric humidity
11%
Battery storage
8%
Bending strength
7%
Carbon dioxide
19%
Carbonation
41%
Cast in place concrete
7%
Ceilings
29%
Cements
9%
Coatings
31%
Communication
12%
Computational fluid dynamics
10%
Computational methods
8%
Concrete buildings
10%
Concretes
38%
Construction industry
13%
Contractors
10%
Convection
11%
Cooling
20%
Daylight simulation
9%
Disaster prevention
7%
Disasters
14%
Earthquakes
21%
Ecodesign
10%
Education
11%
Electricity
9%
Energy conservation
49%
Energy utilization
23%
Experiments
24%
Fans
11%
Fatigue of materials
10%
Flow control
7%
Fungi
9%
Geographic information systems
13%
Geothermal heat pumps
21%
Global warming
10%
Health
24%
Heating
44%
Heating equipment
9%
Hot Temperature
77%
HVAC
14%
Industry
12%
Insulation
18%
Interiors (building)
15%
Life cycle
9%
Moisture
10%
Mortar
8%
Odors
20%
Office buildings
63%
Piles
36%
Planning
16%
Polymers
8%
Precast concrete
14%
Prestressed concrete
12%
Productivity
10%
Pumps
17%
Putty
9%
Radiation
10%
Rebar
15%
Reinforced concrete
40%
Repair
17%
Rigidity
8%
Seismic response
11%
Shear strength
21%
Skin
16%
Sleep
16%
Solar radiation
12%
Steel
11%
Stress concentration
9%
Students
19%
Studios
13%
Surveying
8%
Tall buildings
13%
Temperature
28%
Thermal comfort
60%
Thermal energy
12%
Thermal insulation
14%
Thermal load
37%
Timber
17%
Time series
9%
Tobacco
11%
Towers
15%
Urban planning
10%
Ventilation
49%
Virtual reality
16%
Volatile organic compounds
9%
Warehouses
12%
Water
16%
Water heaters
11%
Wooden buildings
8%
Earth & Environmental Sciences
air
43%
air conditioning
100%
airflow
28%
alternative energy
7%
ambient air
13%
analysis
7%
battery
9%
boiler
5%
building planning
8%
built environment
7%
certification
5%
climate
7%
cogeneration
28%
computational fluid dynamics
21%
conditioning
5%
construction method
6%
consumption
6%
cooling
15%
district heating
7%
dwelling
11%
dynamic analysis
10%
effect
15%
effect on the environment
6%
electric vehicle
7%
electricity
7%
energy
25%
energy consumption
16%
energy efficiency
11%
energy saving
22%
environmental performance
5%
environmental values
6%
evaluation
42%
evaluation method
10%
experiment
11%
family
8%
fatigue
11%
field survey
6%
fuel cell
6%
health
18%
health hazard
6%
health impact
5%
heat pump
18%
heat source
14%
heat supply
7%
heater
7%
heating
26%
history
6%
hot water
14%
household
8%
housing project
12%
indoor air quality
8%
indoor environment
11%
infill
7%
insulation
12%
leveling
11%
lifestyle
11%
method
11%
metropolitan area
10%
non-residential building
9%
odor
16%
office
58%
pedestrian
6%
photovoltaic system
13%
plan
6%
population estimation
8%
power generation
7%
private sector
5%
productivity
7%
psychology
6%
questionnaire survey
9%
radiation
5%
repair
5%
research method
6%
residential energy
5%
sanitation
7%
shading
6%
simulation
22%
skin
9%
sleep
19%
smart grid
5%
social change
6%
solar radiation
6%
structural analysis
6%
summer
11%
surplus
11%
surveying
6%
Sustainable Development Goal
6%
temperature
16%
temperature gradient
5%
thermal conductivity
5%
thermal insulation
8%
toxic effect
5%
ventilation
27%
village
9%
virtual reality
6%
weather
8%
winter
7%
workplace
5%
World Heritage Site
7%