Keyphrases
Two-phase Flow
100%
Nuclear Engineering
50%
Engineering Application
50%
Bubble Coalescence
37%
Flow Phenomena
25%
Interfacial Structure
12%
Glycerin
12%
System Analysis Code
12%
Volume-of-fluid Model
12%
Reduced Sensitivity
12%
High-speed Camera
12%
Bubble Dynamics
12%
Interfacial Area
12%
Interfacial Forces
12%
Turbulence Intensity
12%
Bubble Interaction Mechanism
12%
Two-fluid Model
12%
Approach Velocity
12%
Area Model
12%
Approach Angle
12%
Dynamic Interaction Mechanism
12%
Stereo Imaging
12%
Coalescence Mechanism
12%
Advanced Reactors
12%
Velocity Turbulence
12%
Coalescence Model
12%
Bubble Size
12%
Liquid Velocity
12%
Verifiable Database
12%
Interface Location
12%
Flow Solver
12%
Boiling Model
12%
Bubble Departure
12%
Flow Hydraulics
12%
Resolved Method
12%
Flow Regime Transition
12%
Predictive Ability
6%
Large-scale Engineering
6%
Engineering Problems
6%
Fundamental Phenomena
6%
Design Tools
6%
Thermal-hydraulics
6%
Light Water Reactor
6%
Varying Condition
6%
Interface Behavior
6%
Flow Field
6%
Injector
6%
Imaging Systems
6%
Dynamic Code
6%
Level Set Method
6%
Molten Salt Reactor
6%
One Solution
6%
Computational Fluid Dynamics
6%
Nuclear Reactor
6%
Prediction Accuracy
6%
Engineering
Two-Phase Flow
100%
Nuclear Engineering
50%
Engineering Application
50%
Numerical Study
50%
Flow Phenomenon
28%
Bubble Coalescence
28%
Liquid Velocity
14%
Flow Regime Transition
14%
Turbulence Intensity
14%
Bubble Size
14%
Two-Fluid Model
14%
Speed Camera
14%
Flow Solver
14%
Interfacial Area
14%
Glycerol
14%
Analysis Code
14%
Similarities
7%
Predictive Capability
7%
Acquired Data
7%
Imaging Systems
7%
Level Set Method
7%
Thermal Hydraulics
7%
Nuclear Reactor
7%
Computational Fluid Dynamics
7%
Molten Salt Reactor
7%
Design Tool
7%
Fluid Model
7%
Light Water Reactors
7%
Flow Field
7%
Force Model
7%
Systems Analysis
7%
Engineering Problem
7%
Accurate Prediction
7%