Skip to main navigation
Skip to search
Skip to main content
VTT's Research Information Portal Home
Search content at VTT's Research Information Portal
Home
Profiles
Research output
Projects
Datasets
Research units
Research Infrastructures
Activities
Prizes
Press/Media
Impacts
Thermal analysis of repository for spent EPR-type fuel
Kari Ikonen
Research output
:
Book/Report
›
Report
Overview
Fingerprint
Fingerprint
Dive into the research topics of 'Thermal analysis of repository for spent EPR-type fuel'. Together they form a unique fingerprint.
Sort by
Weight
Alphabetically
INIS
fuels
100%
canisters
100%
thermal analysis
100%
rocks
35%
surfaces
21%
power
21%
decay
14%
volume
14%
panels
14%
numerical analysis
14%
values
7%
control
7%
geometry
7%
design
7%
space
7%
heat
7%
distance
7%
burnup
7%
scattering
7%
heat sources
7%
carbon 10
7%
thermal gradients
7%
nuclear fuels
7%
decay heat
7%
safety margins
7%
thermal diffusivity
7%
after-heat
7%
cooling time
7%
Engineering
Tunnel
100%
Dimensioning
33%
Maximum Temperature
33%
Safety Margin
33%
Source Model
33%
Control Volume
33%
Cooling Time
33%
Thermal Gradient
33%
Actuator
33%
Thermal Diffusivity
33%
Heat Sources
33%
Decay Heat
33%
Nuclear Fuel
33%
Keyphrases
Canister
100%
Thermal Analysis
100%
Olkiluoto
14%
Numerical Analysis
14%
Maximum Temperature
7%
Surface Temperature
7%
Heat Release
7%
Thermal Gradient
7%
Surrounding Rock
7%
Analytic Model
7%
Nuclear Fuel
7%
Burnup
7%
Disintegration
7%
Safety Margin
7%
Design Temperature
7%
Thermal Diffusivity
7%
Vertical Position
7%
Decay Heat
7%
Cooling Time
7%
KBS-3V
7%
Rock Resistivity
7%
Analysis Parameters
7%
Horizontal Tunnel
7%
Tunnel Spacing
7%
Rectangular Geometry
7%
Adjacent Tunnel
7%
Decay Power
7%
Control Volume Method
7%
Line Heat Source
7%
Heat Source Model
7%
Allowable Temperature
7%
Surrounding Rock Mass
7%
Residual Heat
7%
Rock Volume
7%
Precooling
7%
Earth and Planetary Sciences
Can
100%
Electron Paramagnetic Resonance
100%
Thermal Analysis
100%
Nuclear Fuel
7%
Actuator
7%