Numerical simulation of wake vortex detection using a radio acoustic sounding system

Keyphrases

• Abel Transform 33%
• Accurate Simulation 33%
• Carrier Frequency 33%
• Complex Coefficients 33%
• Computing Resources 33%
• CPU Time 33%
• Discretized 33%
• Doppler Shift 33%
• Electromagnetic Signal 33%
• Explicit Scheme 33%
• Fortran 90 33%
• Frequency Shift 33%
• Good Accuracy 33%
• Governing Differential Equation 33%
• Implicit Scheme 66%
• Large Time Steps 33%
• Leonhard Euler 33%
• Maxwell 33%
• Message Passing Interface 33%
• Numerical Simulation 100%
• Numerical Stability 33%
• One-dimensional Simulation 33%
• Oseen Vortex 33%
• Parallel Implementation 33%
• Radio Acoustic Sounding System 100%
• Sampling numbers 33%
• Speed of Light 33%
• Stability Characteristics 33%
• Taylor Vortex 33%
• Time-accurate 33%
• Two Dimensional 33%
• Velocity Field 33%
• Velocity Profile 33%
• Vortex Identification 100%
• Vortex Velocity 66%
• Wake Vortex 100%

Engineering

• Accurate Simulation 50%
• Carrier Frequency 50%
• Discretized Equation 50%
• Doppler Effect 50%
• Explicit Scheme 50%
• Frequency Shift 50%
• Good Accuracy 50%
• Governing Differential Equation 50%
• Implicit Scheme 100%
• Numerical Stability 50%
• One Dimensional 100%
• Scatterer 50%
• Speed of Light 50%
• Stability Characteristic 50%
• Two Dimensional 50%
• Velocity Field 50%
• Velocity Profile 50%
• Vortex 100%
• Vortex Velocity 100%