INIS
glazing
100%
energy
85%
climates
59%
humans
58%
polymers
50%
liquid crystals
50%
daylighting
49%
optimization
44%
entrainment
44%
performance
37%
modeling
32%
control
29%
stimuli
28%
applications
28%
environment
28%
electrochromism
25%
assessments
25%
harvesting
25%
machine learning
25%
clearance
25%
turbine blades
25%
reviews
25%
solids
25%
algorithms
20%
color
19%
thermal comfort
17%
energy consumption
16%
orientation
16%
comparative evaluations
15%
simulation
14%
shading
13%
devices
12%
solutions
12%
energy efficiency
12%
investigations
11%
implementation
10%
light sources
10%
glass
10%
layers
9%
reduction
9%
eddy currents
9%
efficiency
9%
occupants
8%
space
8%
range
8%
evaluation
6%
surfaces
6%
double glazing
6%
tools
6%
geometry
6%
Engineering
Artificial Light
54%
Liquid Crystal
50%
Thermal Energy
50%
Energy Engineering
36%
Energy Harvesting
25%
Electrochromic Window
25%
Thermal Characteristic
25%
Energy Performance
25%
Learning System
25%
Blade Tip
25%
State Lighting
25%
Thermal Comfort
17%
Energy Efficiency
16%
Light Source
16%
Microscale
15%
Shading Device
13%
Experimental Investigation
11%
Harvester
10%
Frequency Vibration
10%
Constrains
10%
Resonant Frequency
10%
Cantilever Beam
10%
Measurement System
10%
Interior Space
8%
Multiobjective Genetic Algorithm
8%
Integrated System
8%
Optimization Technique
8%
Natural Daylight
8%
Metrics
8%
Daily Life
8%
Color Temperature
7%
Piezoelectric Material
5%
Self-Powered
5%
Microelectromechanical System
5%
Maximum Surface Temperature
5%
Average Surface Temperature
5%
Microelectronics
5%
Natural Resources
5%
Great Extent
5%
Thermal Performance
5%
Building Information Modeling
5%
Air Quality
5%
Modal Analysis
5%
Finite Element Analysis
5%
Steam Turbine
5%
Fundamental Frequency
5%
Thermal Gradient
5%
Annual Energy Consumption
5%
Thermal Model
5%
Cooling Load
5%
