INIS
fires
100%
humans
69%
reliability
69%
simulation
64%
dynamics
56%
modeling
54%
reviews
30%
soils
29%
nuclear power plants
25%
failures
25%
errors
24%
risk assessment
23%
ships
22%
cables
22%
maintenance
21%
repair
20%
energy storage
20%
fibers
20%
polymers
20%
applications
18%
safety
18%
air
17%
control rooms
16%
performance
16%
transport
15%
probability
15%
planning
15%
fire hazards
14%
protection
14%
data
13%
implementation
13%
stochastic processes
13%
evacuation
12%
resources
12%
construction
12%
surfaces
12%
finland
11%
design
11%
vessels
11%
surveys
11%
assessments
10%
heat transfer
10%
zones
10%
outages
10%
gases
10%
computerized simulation
10%
remedial action
10%
passengers
10%
trains
10%
randomness
10%
Keyphrases
Human Reliability Analysis
44%
Fire Simulation
39%
Mission Time
30%
Safe State
30%
Available Time
30%
Home Fire
23%
Fire PRA
22%
Polymer Structure
20%
Fiber Reinforced Polymer
20%
Event Tree
20%
Reliability Analysis
19%
Numerical Simulation
17%
Simulation-based
16%
Fire Development
16%
Human Error
15%
Fire Effects
15%
Success Criteria
14%
Time Model
13%
Fire Situation
13%
Control Room
12%
Unsaturated Zone
12%
Finland
12%
Outage
11%
In Fire
11%
Dynamic Model
11%
Container Ship
10%
Adaptive Surfaces
10%
Climate-adaptive
10%
Health Risk Assessment Model
10%
Comparision
10%
RISC
10%
Compartmentation
10%
Environmental Risk Assessment
10%
Fire Barrier
10%
Simulation Toolbox
10%
Thermal Failure
10%
Single-phase Model
10%
Storage Analysis
10%
Hospital Rooms
10%
Incapacitation
10%
Dynamic HRA
10%
Passenger Train
10%
Service Response Time
10%
Response Reliability
10%
Performance Assessment
10%
Heat Transport
10%
Induced Failures
10%
Fire Safety Engineering
10%
Cable
10%
Development Work
10%
Engineering
Reliability Analysis
38%
Nuclear Power Plant
34%
Safe State
30%
Computer Simulation
26%
Success Criterion
25%
Control Room
21%
Fiber-Reinforced Polymer
20%
Final Report
20%
Event Tree
20%
Stable State
13%
Heat Storage
13%
Fire Safety
12%
Outages
12%
Phase Model
10%
Critical Infrastructure
10%
Survivability
10%
Fire Risk Assessment
10%
Energy Storage
10%
Service Fire
10%
Dynamic Factor
10%
Situ Soil
10%
Hierarchical Task Analysis
10%
Response Time
10%
Cascading Failure
10%
Dynamic Models
10%
Container Ship
10%
Nuclear Facility
10%
Induced Failure
10%
Field Investigation
10%
Simplifies
10%
Test Data
10%
Probabilistic Safety Assessment
10%
Heat Transport
10%
Safety Engineering
10%
Air Flow
10%
