Earth and Planetary Sciences
Hypersonic Flow
100%
Turbulence Model
100%
Model
100%
Utilization
100%
Prediction
35%
Wall
28%
Boundary Layer
28%
Heat Flux
21%
Supersonic Flow
21%
Dissipation
21%
Term
21%
Rate
21%
Calculation
21%
Need
14%
Inclusion
14%
Supersonics
7%
Laminar Boundary Layer
7%
Value
7%
Low Reynolds Number
7%
Cost
7%
Condition
7%
Modeling
7%
Shock Wave
7%
Length
7%
Sea Surface Temperature
7%
Show
7%
Incompressible Flow
7%
Tool
7%
Engineering
Applications
100%
Equation Turbulence Model
100%
Hypersonic Flows
100%
Models
78%
Supersonic Flow
42%
Prediction
28%
Dissipation Rate
21%
Nonlinear Model
21%
Rate Equation
21%
Heat Flux
21%
Source Term
21%
Estimation
14%
Layer Interaction
14%
Boundary Layer
14%
Interaction Region
14%
Incompressible Flow
7%
Low Reynolds Number
7%
Turbulent Length Scale
7%
Overprediction
7%
Flow Separation
7%
Benchmark Case
7%
Measured Value
7%
Model Prediction
7%
Wall-Pressure
7%
Physics
Utilization
100%
Model
100%
Turbulence Model
100%
Hypersonic Flow
100%
Dissipation
21%
Region
21%
Terms
21%
Calculation
21%
Heat
21%
Shock Wave
7%
OpenFOAM
7%
Separated Flow
7%
Value
7%
Supersonics
7%
Incompressible Flow
7%
Wall Pressure
7%
Low Reynolds Number
7%