Earth and Planetary Sciences
Sound Propagation
100%
Modeling
100%
Utilization
100%
Proving
100%
Optimization
100%
Model
23%
Tool
9%
Aerodynamic Noise
8%
Simulation
8%
Thesis
4%
Investigation
4%
Calculation
4%
Condition
2%
Purpose
2%
Accuracy
2%
Landscape
2%
Cost
2%
Comparison
2%
Turbulence
1%
Sound Pressure
1%
Loudspeaker
1%
Field Experiment
1%
Atmospherics
1%
Complex Terrain
1%
Pressure Distribution
1%
Wind Velocity
1%
Turbulence Effect
1%
Parameter
1%
Increasing
1%
Complexity
1%
State
1%
Constraint
1%
Acoustics
1%
Experience
1%
Speed
1%
Algorithms
1%
Elevation
1%
Wake
1%
Inclusion
1%
Planning
1%
Exploration
1%
Reflection
1%
Bias
1%
Farm
1%
Windpower Utilization
1%
Flow Modeling
1%
Noise (Sound)
1%
Engineering
Optimization
100%
Sound Propagation
100%
Applications
100%
Validation
100%
Propagation Model
9%
Models
9%
Simulation Tool
8%
Aerodynamic Noise
8%
Onshore Wind Farms
4%
Loudspeaker
2%
Computational Cost
2%
Rotors
1%
Power Production
1%
Simple Model
1%
Wind Power
1%
Algorithm
1%
Sound Pressure
1%
Equation Model
1%
Noise Source
1%
Broad Range
1%
Reflection Factor
1%
Pressure Field
1%
Temperature Profile
1%
Onshore Wind
1%
Model Fidelity
1%
Optimization Constraint
1%
Development
1%
Fields
1%
Accuracy
1%
Demonstrates
1%
Experiments
1%
Complexity
1%
Acoustics
1%
Planning
1%
Obtains
1%
Wind
1%
Natural Resources Exploration
1%
Velocity
1%
Physics
Wind Turbine
100%
Sound Propagation
100%
Utilization
100%
Optimization
100%
Model
23%
Aerodynamic Noise
8%
Simulation
8%
Turbulence
5%
Calculation
4%
Temperature Profile
2%
Sound Pressure
1%
Atmospherics
1%
Wind Velocity
1%
Pressure Distribution
1%
Noise (Sound)
1%
Acoustic Reflection
1%
Work
1%
Independent Variables
1%
Increasing
1%
Speed
1%
Wakes
1%
Exploration
1%
Inclusions
1%
Windpower Utilization
1%