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Fire accident analyses for the DEMO fusion power plant
Tuula Hakkarainen
*
, Timo Korhonen
,
Nikhil Verma
, Alexandra Viitanen
*
Corresponding author for this work
BA5503 ProperTune AI
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Keyphrases
Fusion Power Plant
100%
Accident Analysis
100%
Fire Accident
100%
Power Plant
66%
Fire Safety
66%
Lead-lithium
66%
Computational Fluid Dynamics Simulation
33%
Fire Dynamics Simulator
33%
Failure Risk
33%
Model Calculation
33%
Fission Power
33%
Very Low Risk
33%
Inherently Safer
33%
Fire Origin
33%
Fire Risk
33%
Analytical Calculation Method
33%
Zone Model
33%
DEMO Tokamak
33%
Tokamak Building
33%
Fire Load Density
33%
Sector Partition
33%
Fire Zone
33%
House Fires
33%
Room Dimension
33%
Simulator Tools
33%
INIS
accidents
100%
fires
100%
thermonuclear power plants
100%
safety
21%
risks
14%
power plants
14%
lithium
14%
zoning
14%
simulation
7%
failures
7%
levels
7%
density
7%
dynamics
7%
tables
7%
design
7%
calculation methods
7%
fission
7%
size
7%
computer codes
7%
wastes
7%
damage
7%
equipment
7%
simulators
7%
tokamak devices
7%
zones
7%
populations
7%
dimensions
7%
distance
7%
graphs
7%
origin
7%
computational fluid dynamics
7%
partition
7%
Engineering
Fusion Power
100%
Electric Power Plant
100%
Fire Safety
40%
Component Lead
40%
Acceptable Level
20%
Software Simulator
20%
Computational Fluid Dynamics
20%
Accident Prevention
20%
Tokamak Device
20%
Physics
Computational Fluid Dynamics
100%
Tokamak Device
100%
Earth and Planetary Sciences
Accident Prevention
100%
Tokamak Device
33%
Fluid Dynamics
33%
Calculation Method
33%