Keyphrases
Tall Timber Buildings
100%
Numerical Simulation
85%
Fire Conditions
71%
Eurocode
58%
Modal Shape
56%
Modal Frequency
56%
Numerical Analysis
50%
Floor System
50%
Analytical Formula
50%
Timber Flooring Systems
50%
Serviceability Behaviour
50%
High Performance Concrete
50%
Glulam
45%
Peak Acceleration
41%
Glasgow
41%
End Support
39%
Scotland
37%
National Annex
36%
Comparative Analysis
36%
Elevated Temperature
33%
Fracture Toughness
33%
Smoke Flow
33%
Zone Model
33%
Spill Plume
33%
Heating Temperature
33%
Disproportionate Collapse
33%
SAP2000
30%
Serviceability Performance
30%
Glued Laminated Timber
29%
Cross-laminated Timber
29%
Vibrational Characteristics
28%
Finite Element Software
24%
Structural Fire Design
23%
Fundamental Frequency
23%
Hygric
22%
Unequal Span
22%
Practical Design
22%
Fire Spread
21%
Heating Rate
21%
Fire Resistance
20%
Frequency Mode
18%
Timber Material
17%
Elizabeth I
16%
Fire Risk
16%
Royal Hospital
16%
University Hospital
16%
Time Rate
16%
Cooling Rate
16%
Heating Rate Effects
16%
External Envelope
16%
Engineering
Serviceability
84%
Fire Condition
76%
Eurocodes
64%
Glulam
55%
End Support
50%
Peak Acceleration
50%
High-Performance Concrete
50%
Finite Element Analysis
48%
Heating Temperature
39%
Combustibility
36%
Comparative Analysis
36%
Smoke
33%
Hazardous Materials Spills
33%
Fracture Strength
33%
Rate of Heating
33%
Elevated Temperature
33%
Fire Safety
33%
Fundamental Frequency
28%
Structural Fire Design
23%
Boundary Condition
22%
Ignition
16%
Cooling Rate
16%
Horizontal Displacement
16%
Composite Steel
16%
Exposure Time
16%
Strongback
16%
Thermal Gradient
16%
Concrete Beam
16%
Testing Condition
16%
Temperature Condition
16%
Model Building
16%
Local Failure
16%
Structural Behavior
16%
Fire Design
16%
Structural Fire
16%
Floor Slab
16%
Cladding System
13%
Ceilings
12%
Point Load
12%
Guidance Document
11%
Heating Rate
11%
Parametric Study
10%
Composite Material
10%
Cross Section
9%
Structural Design
9%
Three-Point Bending Test
9%
Mode Shape
8%
Wind Induced Vibration
8%
Structural Performance
8%
Temperature Distribution
8%
