Keyphrases
Vertical Greenery System
100%
Sri Lanka
86%
Faade
83%
Fire Spread
77%
Energy Reduction
69%
Apparel Sector
66%
Carbon Pricing
66%
Energy-based
66%
Fire Risk
66%
Emission Reduction
51%
Fire Dynamics Simulator
50%
Moisture Content
42%
Facility Management
38%
Ejected Flame
38%
Bulk Density
38%
Pool Fire
37%
Existing Buildings
36%
Expert Interviews
34%
Sidewall
33%
Demand Side
33%
Double Skin Façade
33%
Competencies
33%
Exposed to Fire
33%
Thermal Performance
33%
Water Wall System
33%
Energy Retrofit
33%
External Thermal Insulation Composite System (ETICS)
33%
Existing Office Buildings
33%
Adaptive Reuse
33%
Hotel Industry
33%
Policy Instruments
33%
Managerial Roles
33%
Numerical Investigation
33%
Scaled Experiment
33%
Predictive Maintenance
33%
Machine Learning Techniques
33%
Thermally Efficient
27%
Efficient Buildings
27%
Building Faade
27%
Fuel Bed
26%
Apparel Companies
26%
Questionnaire Survey
24%
Analytic Hierarchy Process
23%
Hotel Sector
22%
Content Ratio
22%
Average Flame Height
20%
Comprehensive Literature Review
19%
Numerical Simulation
16%
Maximum Temperature
16%
Price Signals
14%
Engineering
Fire Hazards
76%
Energy Engineering
66%
Bulk Density
50%
Apparel Sector
33%
Side Wall
33%
Retrofit
33%
Thermal Insulation
33%
Efficient Building
33%
Thermal Performance
33%
Experimental Investigation
33%
Demand Side
33%
Office Buildings
33%
Scale Experiment
33%
Predictive Maintenance
33%
Heat Release Rate
33%
Machine Learning Technique
33%
Combustibility
33%
Cone Calorimeter
22%
Experimental Result
17%
Maximum Temperature
17%
Computer Simulation
17%
Computational Fluid Dynamics
16%
Pyrolysis
16%
Steel Plate
13%
Manufacturing Firm
11%
Collected Data
11%
Apparel Manufacturer
11%
Price Signal
11%
Reduce Emission
11%
Renewables
11%
Lifecycle
11%
Practical Guideline
11%
Green Building
11%
Building Energy Efficiency
11%
Layer Thickness
11%
Experimental Finding
11%
Ignitability
11%
Scale Test
11%
Test Result
11%
Rate Increase
11%
Test Rig
11%
Good Agreement
11%
Heat Flux
11%
Learning System
11%
Entrained Air
6%
Heat Losses
6%
Open Space
6%
Air Mixture
6%
Building Code
6%
Simulation Time
6%
