Engineering
Simulators
100%
High Resolution
49%
Multiscale
47%
Isotropic Turbulence
35%
Direct Numerical Simulation
30%
Droplet Size Distribution
22%
Reflectivity Factor
22%
Homogeneous Isotropic Turbulence
15%
Sea Spray
15%
Gravitational Settling
15%
Fourth Order
13%
Stokes Number
12%
Particle Collision
12%
Nodes
12%
Collision Frequency
12%
Simulation Code
11%
Reynolds' Number
10%
Turbulent Flow
9%
Taylor Microscale
9%
Lagrangian Method
8%
Power Spectra
8%
Drag Coefficient
7%
Hydrodynamic Interaction
7%
Sea Spectrum
7%
Sensitivity Study
7%
Heat Transfer Coefficient
7%
Heat Flux
7%
Droplet Growth
7%
High Wind Speed
7%
Coupled Model
7%
Microscale
7%
Large Eddy Simulation
7%
Spectral Model
7%
Computational Cost
7%
Radial Distribution
7%
Convective Boundary Layer
7%
Density Stratification
7%
Metrics
6%
Finite Difference Method
6%
Grid System
6%
Radar Observation
5%
Relative Velocity
5%
Number Density
5%
Forecast Error
5%
Reference Data
5%
Lead Time
5%
Keyphrases
Earth Simulator
46%
Non-hydrostatic
20%
Geoenvironment
20%
Land Model
16%
Large-scale Forcing
15%
Finite Difference Simulation
15%
Sea Spray
15%
Air-sea Heat Flux
15%
Cloud Microphysics
15%
Coupled Ocean-atmosphere
15%
Atmosphere-ocean
13%
Reduced Communication
12%
FORCE Scheme
11%
Computational Performance
9%
Isotropic Turbulence
9%
Oceanic General Circulation Model
8%
Climate Forecast
7%
Modoki
7%
Boreal Winter
7%
Homogeneous Isotropic Turbulence
7%
High-resolution
7%
Coupled Atmosphere-ocean Model
7%
Roughness Length
7%
Wind-sea
7%
Sea Spectrum
7%
Climate Variability
7%
Quasi-uniform
7%
Microphysical Model
7%
Regional Coupled Model
7%
Coupled Model Experiments
7%
Collision Statistics
7%
Typhoon Forecast
7%
Coupling Strategy
7%
Tropical Temperate Troughs
7%
High-performance Simulation
7%
Global Circulation Model
7%
Droplet Growth
7%
Turbulence Modification
7%
Autoconversion
7%
Monsoon Failure
7%
Convective Parameterization Scheme
7%
Sea Surface Temperature Variability
7%
Anisotropic Turbulence
7%
High-resolution Rainfall
7%
Rainfall Prediction
7%
Multiphase Fluid Dynamics
7%
Turbulent Eddies
7%
Eddy Circulation
7%
Madden-Julian Oscillation
7%
Langmuir Circulation
7%
Earth and Planetary Sciences
Japan
15%
Isotropic Turbulence
15%
Atmospherics
11%
Atmospheric General Circulation Models
11%
Spectral Method
11%
Graupel
11%
Global Ocean
9%
Planetary Atmosphere
9%
Ice Clouds
9%
Thermocline
9%
Oceanic General Circulation Model
9%
Timescale
8%
North Pacific
7%
Atmospheric Pressure
7%
Wind Tunnels
7%
Rossby Wave
7%
Uruguay
7%
Sea Surface Temperature
7%
Extreme Event
7%
Squall Line
7%
Indian Summer Monsoon
7%
Phytoplankton
7%
Coalescing
7%
Normal Density Functions
7%
Alaska
7%
Pacific Ocean
7%
Sea Spray
7%
Cloud Microphysics
7%
Water Temperature
7%
Performance Assessment
7%
Wind Velocity
7%
Madden-Julian Oscillation
7%
Navier-Stokes Equation
7%
Cold Pool
7%
Atmospheric Model
7%
Wind-Driven Circulation
7%
Flow Distribution
7%
United States of America
7%
Significant Wave Height
7%
Climate Modeling
7%
Convective Boundary Layer
7%
Horizontal Distribution
7%
Prandtl Number
7%
Orography
7%
Pattern Recognition
7%
Mixed Layer Depth
6%
Wind Wave
5%
Radar Tracking
5%
Indian Subcontinent
5%
Temperature Anomaly
5%