Engineering
Breakage
100%
Fire Safety
72%
Test Method
70%
Key Parameter
62%
Full Scale
50%
Convective
50%
Ignition
50%
Based Test Method
50%
Heat Flux
50%
Ventilation System
50%
Thermal Loads
50%
Fire Resistance
50%
Structural Design
50%
High Water Pressure
50%
Smoke
41%
Test Result
40%
Engineering
37%
Research Project
37%
Active Fire Protection
37%
Floors
36%
Test Setup
35%
Compartment Fire
33%
Test Specimen
33%
Fire Property
33%
Time to Ignition
29%
Thermal Radiation
29%
Concrete Structure
25%
Internals
25%
Simulation Tool
25%
Insulation Measure
25%
Structural Fire Design
25%
Fire Design
25%
Load Condition
25%
Scale Structure
25%
Boundary Condition
25%
Main Result
25%
Compressive Strength
25%
Full-Scale Testing
25%
Hertz
25%
Information Technology
25%
Rapid Heating
25%
Computer System
25%
Charring Rate
25%
Design Process
25%
Composite Material
25%
Composite Fiber
25%
Structural Element
25%
Steel Structure
25%
Civil Engineering
25%
Tunnel
25%
Keyphrases
Exposed Concrete
75%
Water Mist Curtain
68%
Explosive Spalling
62%
High Pressure Water Mist
56%
Thermal Expansion
50%
Radiation Shield
50%
Fire-induced
37%
Glass Fracture
37%
Polypropylene Fiber
37%
Ventilation Conditions
37%
Spalling
33%
Overpressure
29%
Performance-based Fire Protection Design
25%
Hygrothermal Simulation
25%
Crawl Space
25%
Numerical Investigation
25%
Danish Context
25%
Safety Assessment
25%
Resource Saving
25%
Hertz
25%
Green Concrete
25%
Whole Building
25%
Fire Resistance
25%
Building Fire
25%
Screening Method
25%
Fire Development
25%
Full-scale Fire Test
25%
Construction Industry
25%
Compartment Fire
25%
Knowledge Level
25%
Full-scale Structures
25%
Humidity Load
25%
European Context
25%
Moisture Level
25%
Material Tests
25%
Concrete Spalling
25%
Building Sector
25%
Mitigating Effect
25%
During Fire
25%
Ventilation System
25%
Thermal Load
25%
Moisture Condition
25%
Internal Insulation
25%
Temperature Conditions
25%
Fire Safety
25%
Spreading Properties
25%
Pressure Evolution
25%
Flame Spread
25%
Convective Heat Flux
25%
Structure Design
25%