Engineering
Thermal Comfort
100%
Full Scale
41%
Thermal Environment
39%
Air Quality
36%
Seismic Performance
34%
Indoor Air
32%
Joints (Structural Components)
30%
Architectural Design
30%
Office Buildings
29%
Equivalent Temperature
29%
Urban Heat Island Effect
27%
Sound Insulation
25%
Shear Walls
24%
School Buildings
24%
Green Building
24%
Computational Fluid Dynamics
22%
Outdoor Space
22%
Resonant Frequency
21%
Mean Radiant Temperature
20%
Design Process
20%
Applicability
19%
Lifecycle
19%
Steel Frame
19%
Carbon Footprint
19%
Smoke
19%
Parametric Design
19%
Building Information Modeling
19%
Building Material
18%
Beam-Column
18%
Energy Usage
18%
Column Connection
17%
Metal Mesh
17%
Time History
17%
Comfort Zone
16%
Test Result
16%
Construction Method
16%
Ceilings
16%
Design Phase
16%
Weld
16%
Seismic Behavior
16%
Building Envelope
16%
Green Roof
16%
Air Conditioning
15%
Japan
15%
Ground Movement
15%
Thermal Stress
15%
Air Conditioning System
14%
Heat Pump
14%
Design Space
14%
Period Ground Motion
14%
Learning System
14%
Residential Building
14%
Bottom Flange
14%
Tapping (Threads)
13%
Impact Sound
13%
Passive Design
13%
Hotels
12%
Experimental Result
12%
Urban Development
12%
Rotational Stiffness
12%
Thermal Performance
12%
Design Method
12%
Reinforced Concrete
12%
Retro-Fitting
12%
Historic Building
12%
Construction Process
12%
Dynamic Behavior
11%
Failure Mode
11%
Structural Damage
11%
Cyclic Loading
10%
Built Environment
10%
Field Study
10%
Climate Zone
10%
Natural Ventilation
10%
Mode Shape
10%
Energy Efficiency
10%
Rotational
10%
Floor Area
10%
Good Agreement
9%
Moisture Transport
9%
Framing System
9%
Tower
9%
User Interface
9%
Final Result
9%
Directional
9%
Damping Ratio ζ
9%
Isolators
9%
Unreinforced Masonry
9%
Urban Design
9%
Solar Chimneys
9%
Outdoor Air
9%
Greenhouse Gas
9%
Sound Absorption
9%
Particular Matter 2.5
9%
Building Construction
9%
Seismic Analysis
9%
Green Space
9%
Strain Mode
9%
Internet-Of-Things
9%
Design Tool
9%
Keyphrases
Taiwan
50%
Energy Consumption
14%
CO2 Emissions
11%
Building Materials
11%
Tainan
10%
Sports Stadiums
9%
Recycled Glass
9%
Carbon Dioxide Emissions
9%
Moisture Buffer
9%
Moisture Transport
9%
Unreinforced Masonry Wall
9%
Advertising Signs
9%
Light Trespass
9%
Green Cover
9%
MS Image
9%
Urban Land Cover Classification
9%
Cover Ratio
9%
Residential Energy Consumption
9%
Glass Type
9%
Mechanical Ventilation
9%
Light Pollution
9%
Kinetic Design
9%
Timber Joints
9%
Textile Industry
9%
Parametric Design
9%
Interactive Spaces
9%
Expanded Metal Mesh
9%
Tainan City
8%
Interior Material
8%
Electricity Planning
7%
Dampness
7%
Local Participation
7%
RC Frame
7%
Indoor Thermal Comfort
7%
Disaster Area
7%
Ventilation Facilities
7%
Heritage
6%
Shaking Table Test
6%
Moisture Buffering Effect
6%
Temple
6%
University Stadium
6%
Sound Absorption Performance
6%
Energy Usage
6%
Smart Spaces
6%
Urban Form
6%
Greenery
6%
Solar Radiation
6%
3D Digital
6%
Traditional Timber Joint
5%
Japan
5%
UHI Intensity
5%
Rubber Powder
5%
Living Space
5%
Design Workflow
5%
Passive House
5%
Moisture-buffering Material
5%
Timber Structures
5%
Tourists
5%
Tourism
5%