Application of the cell perturbation method to large-eddy simulations of a real urban area

Earth and Planetary Sciences

• Large Eddy Simulation 41%
• Turbulence 33%
• Building 33%
• Perturbation 16%
• Inflow 16%
• Increasing 16%
• High Resolution 8%
• Urban Area 8%
• Metropolitan Area 8%
• Flow Distribution 8%
• Wind Direction 8%
• Energy Spectra 8%
• Wind Velocity 8%
• Region 8%
• Speed 8%
• Proving 8%
• Observation 8%
• Area 8%
• Utilization 8%
• Impact 8%
• Model 8%
• Amount 8%
• Need 8%
• Difference 8%
• Correlation 8%
• Height 8%
• Rest 8%

Physics

• Boundary Layer 100%
• Large Eddy Simulation 41%
• Increasing 16%
• High Resolution 8%
• Flow Distribution 8%
• Energy Spectra 8%
• Wind Velocity 8%
• Speed 8%
• Region 8%
• Utilization 8%
• Model 8%
• Area 8%
• Differences 8%
• Impact 8%
• Correlation 8%

Engineering

• Large Eddy Simulation 41%
• Fluctuations 16%
• Building Structure 16%
• Buildings 16%
• Computer Simulation 8%
• Flow Field 8%
• High Resolution 8%
• Related Application 8%
• Energy Spectrum 8%
• Local Turbulence 8%
• Flow Turbulence 8%
• Shear Instability 8%
• Ground Level 8%
• Production 8%
• Applications 8%
• Surfaces 8%
• Models 8%
• Demonstrates 8%
• High Density 8%
• Validation 8%
• Quantity 8%
• Internals 8%
• Correlation 8%