Keyphrases
Multiphase Flow Simulation
100%
Gas-liquid Flow
100%
Nuclear Reactor Thermal Hydraulics
100%
Thermal-hydraulic Design
40%
Nuclear Sector
40%
Safety Assessment
40%
Empiricism
40%
Computational Model
30%
Flow Condition
30%
Main Achievements
20%
Flow Regime
20%
Legally Binding
20%
Fluid Mass
20%
Flow Features
20%
Waste Footprint
20%
Extraction Methods
20%
Advanced Models
20%
Nuclear Plant
20%
Three-phase Flow
20%
Nuclear Power Generation
20%
Confident Prediction
20%
Energy Futures
20%
Emergency Cooling
20%
Carbon Emission Reduction
20%
Fluid Dispersion
20%
Normal Operating Conditions
20%
Generation Capacity
20%
Conservatism
20%
Low-carbon Energy
20%
Accident Scenario
20%
Flow Stream
20%
Well-defined
20%
Plant Safety
20%
Fluid Dynamic Behavior
20%
Multiphase Flow
20%
Novel numerical
20%
Nuclear Reactor
20%
Improved Operations
20%
Edge Model
20%
Good Accuracy
20%
Safety Limits
20%
Industrial Interest
20%
Separation Equipment
20%
Mathematical Representation
20%
Local Flow
20%
Flow Problems
20%
Simulation Capability
20%
Bubble Column
20%
Reactor
20%
Enhanced Mixing
10%
Fine Resolution
10%
Computational Tools
10%
Nuclear Fuel
10%
Government Plan
10%
Siemens
10%
Reactor Design
10%
Massachusetts Institute of Technology
10%
Sustainable Carbon
10%
Computational Requirements
10%
Degree of Complexity
10%
Modeling Method
10%
Modeling Capability
10%
Heat Transfer Rate
10%
Numerical Techniques
10%
Industrial Equipment
10%
Coolant
10%
Nuclear Industry
10%
Mass Transfer
10%
State Universities
10%
Physical Systems
10%
North Carolina
10%
Engineering
Thermal Hydraulics
100%
Multiphase Flows
100%
Liquid Gas
66%
Nuclear Reactor
50%
Hydraulic Design
33%
Flow Condition
25%
Normal Operating Condition
16%
Future Energy
16%
Generation Capacity
16%
Produce Electricity
16%
Underpinnings
16%
Good Accuracy
16%
Priori Knowledge
16%
Waste Footprint
16%
Nuclear Power Plant
16%
Industrial Equipment
16%
Flow Regime
16%
Applicability
16%
Liquid Flow
8%
Reactor Design
8%
Nuclear Fuel
8%
Physical System
8%
Flow Problem
8%
Dynamic Behavior
8%
Fluid Dynamics
8%
Leading Edge
8%
Phase Flow
8%
Siemens
8%
Engineering
8%
Numerical Technique
8%
Fine Resolution
8%
Limitations
8%