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Keyphrases
Advanced Engineering
22%
Aerodynamic Focusing
45%
Aerodynamics
11%
Ambient Gas
30%
ANSYS Fluent
45%
Beam Collimation
11%
Boiling Temperature
22%
Carrier Gas Flow
11%
Carrier Phase
37%
Chitosan
22%
Cloud Droplets
90%
Collimated Beam
34%
Collimation
11%
Composite Droplets
11%
Computational Fluid Dynamics Software
45%
Convergent Flow
11%
Convergent-divergent Nozzle
11%
Delay Time
11%
Density Distribution
11%
Density-based
11%
Diesel Injector
22%
Direct numerical Simulation
11%
Dirichlet Boundary Condition
11%
Dispersed Phase
11%
Diusion
22%
Droplet Concentration
22%
Droplet Density
60%
Droplet Distribution
22%
Droplet Drying
45%
Droplet Evaporation
37%
Droplet Heating
53%
Droplet Mixing
22%
Droplet Size
11%
Droplet Trajectory
11%
Droplet Velocity
22%
Drug Injection
11%
Drying Droplet
45%
Emulsion Droplets
45%
Engineering Approach
22%
Engineering Facilities
22%
Eulerian
11%
Eulerian Mesh
11%
Eulerian-Lagrangian
11%
Eulerian-Lagrangian Approach
11%
Evaporation Process
22%
Explosion Delay
11%
Flow around
11%
Flow Field
22%
Flow Regions
11%
Flow Streamlines
11%
Free Drug
11%
Free Molecular Regime
11%
Fuel Droplet
45%
Fuel Emulsions
45%
Fuel Evaporation
11%
Fuel Mass Fraction
11%
Fully Lagrangian Approach
90%
Functionality Testing
15%
Gas Density
11%
Gas Temperature
45%
Gas-droplet Flow
45%
Gasoline Injector
22%
Heat Conduction Equation
11%
Heat Mass Transfer
15%
Heat Transfer
22%
Heat Transfer Rate
15%
Heating-cooling
22%
Hessian
11%
Homogeneous Turbulence
11%
Hot Air Flow
15%
Inertia
22%
Isotropic Turbulence
11%
Lagrangian Formulation
11%
Lagrangian Variables
11%
Large Eddy Simulation
11%
Large Oscillations
11%
Large Particle
11%
Large-scale Structure
11%
Laser-induced Fluorescence Imaging
15%
Mass Flux
11%
Mass Transfer Rate
15%
Mathematical Approach
22%
Mathematical Formalism
22%
Mathematical Model
22%
Micro-explosion
45%
Microfabrication
11%
Micronozzle
45%
Microthruster
11%
Model Experimental
15%
Model Prediction
15%
Mono-component
15%
Multi-valued
11%
N-Dodecane
11%
Navier-Stokes Equations
11%
Needle-free
11%
Non-evaporating
45%
Nozzle
45%
Numerical Simulation
68%
One-dimensional Flow
11%
OpenFOAM
22%
Particle Focusing
11%
Particle Size
11%
Particle-laden Flow
11%
Planar Laser-induced Fluorescence
15%
Polydispersity
22%
Puffing
45%
Rarefaction Effect
11%
Recirculation
15%
Residual Solids
22%
Second Range
11%
Simulation Framework
11%
Small Particles
11%
Solid Ball
22%
Solid Particles
22%
Spatial Derivatives
11%
Specific Types
22%
Spray Forming
22%
Step Flow
15%
Stokes number
11%
Surface Temperature
22%
Suspension Droplet
30%
Technological Applications
11%
Temperature Distribution
15%
Temperature Gradient
15%
Temperature-jump Boundary Condition
11%
Thermal Radiation
15%
Transport Equation
11%
Turbulent Flow
45%
Turbulent Flow Fields
11%
Turbulent Fluctuation
11%
Turbulent Mixing
11%
Two-way Coupling
22%
Typical Distributions
15%
University of Brighton
22%
Velocity Field
11%
Velocity Slip
11%
Water Droplet
45%
Water Mass Fraction
11%
Water Temperature
11%
Engineering
Aerodynamics
45%
Air Flow
15%
Axisymmetric
9%
Boiling Temperature
45%
Boundary Condition
9%
Carrier Gas
9%
Carrier Phase
37%
Cloud Droplet
90%
Collected Data
22%
Collimator
18%
Computational Fluid Dynamics
45%
Convective
11%
Convergent
18%
Cross Section
15%
Delay Time
22%
Density Distribution
11%
Dimensional Flow Field
11%
Direct Numerical Simulation
11%
Dirichlet Boundary Condition
22%
Dispersed Phase
11%
Droplet Size
22%
Engineering
45%
Eulerian Approach
11%
Eulerian Mesh
11%
Flow Distribution
22%
Flow Region
11%
Fuel Mass
22%
Gas Density
9%
Gas Flow
9%
Gas Temperature
45%
Heat Conduction Equation
22%
Heat Transfer Rate
15%
Homogeneous Turbulence
11%
Hydrodynamics
9%
Initial Stage
15%
Isotropic Turbulence
11%
Lagrangian Approach
100%
Lagrangian Formulation
11%
Laser-Induced Fluorescence Imaging
15%
Limitations
15%
Mass Fraction
22%
Mass Transfer Rate
15%
Mass Transport
11%
Mathematical Model
22%
Microfabrication
9%
Model Prediction
15%
Molecular Regime
9%
Navier-Stokes Equation
9%
Number Density
60%
One-Dimensional Flow
11%
Planar Laser-Induced Fluorescence
15%
Polydispersity
22%
Rarefaction Effect
9%
Rod
45%
Scale Structure
11%
Simple Model
45%
Size of Particle
9%
Slip Velocity
9%
Step Flow
15%
Stokes Number
11%
Streamlines
9%
Temperature Gradients
15%
Temperature Jump
9%
Thermal Gradient
15%
Thermal Radiation
15%
Turbulent Flow
45%
Velocity Field
11%