Keyphrases
Advanced Reactors
41%
Agnostic
19%
Bison
25%
Coarse Mesh
20%
Computational Fluid Dynamics
43%
Computational Framework
19%
Coupled multiphysics
34%
Coupled Neutronics
19%
Coupled Simulation
25%
Coupled Thermal
19%
Dynamic Coupling
28%
Energy Applications
19%
Finite Volume
19%
Fluoride-salt-cooled High-temperature Reactor
27%
Fuel Assembly
38%
Full Core
22%
Gas Reactor
22%
Griffin
20%
Heat Conduction
23%
High-temperature Reactor
28%
Monte Carlo
56%
Monte Carlo Transport
21%
MOOSE Framework
38%
Multiphysics
100%
Multiphysics Object-oriented Simulation Environment (MOOSE)
87%
Multiphysics Simulation
46%
Nek5000
30%
NekRS
32%
Neutronics
21%
Nuclear Energy
30%
Nuclear Reactor
20%
Object-oriented Simulation
61%
OpenMC
75%
Pebble Bed
35%
Pebble Bed Reactor
46%
Pebbles
24%
Porous Media
33%
Pronghorn
81%
Reactor
49%
Reactor Design
19%
Reactor Fuel
23%
Reactor Simulation
22%
Simulation Environment
61%
Temperature Distribution
20%
Thermal Fluid
40%
Thermal-hydraulic Modeling
28%
Thermal-hydraulic Simulation
20%
Thermal-hydraulics
31%
Transient Simulation
19%
Virtual Testbed
35%
Engineering
Cfd Simulation
9%
Coarse Mesh
20%
Computational Fluid Dynamics
78%
Computer Aided Design
19%
Convolutional Neural Network
19%
Cooled Reactor
9%
Creep
9%
Data Transfer
21%
Deformation Response
9%
Design Data
17%
Discretization
10%
Elevated Temperature
12%
Fast Reactor
32%
Flow Instability
9%
Flow Model
9%
Fluid Property
9%
Fuel Assembly
36%
Fusion Problem
9%
Heat Pipes
10%
Heating Element
9%
High Resolution
28%
High Temperature Gas Reactors
28%
High Temperature Reactors
52%
Hydraulics Model
12%
Input File
9%
Microreactor
12%
Multiscale
93%
Natural Circulation
12%
Neutron Transport
23%
Neutronics
54%
Nuclear Energy
15%
Nuclear Energy Application
19%
Nuclear Fuel
13%
Nuclear Reactor
34%
Pebble Bed
56%
Pebble Bed Reactor
62%
Physical Model
12%
Porous Medium Model
14%
Power Density
9%
Power Distribution
12%
Reactor Core
9%
Reactor Design
29%
Simulation Environment
92%
Simulation Tool
28%
Subchannel
12%
Temperature Distribution
36%
Thermal Fluid
60%
Thermal Hydraulics
94%
Thermal/Hydraulic Simulation
22%
Transients
39%
