Analyzing the sensitivity of WRF's single-layer urban canopy model to parameter uncertainty using advanced Monte Carlo simulation

Engineering

• Parameter Uncertainty 100%
• Input Surface 66%
• Advection 33%
• Weather Research and Forecasting 33%
• Urban Heat Island Effect 33%
• Emissivity 33%
• Monte Carlo Approach 33%
• Building Interior 33%
• Energy Surface 33%
• Energy Transport 33%
• Sampling Technique 33%

Keyphrases

• Urban Canopy Model 100%
• Statistical Quantification 16%
• Emissivity 16%
• Conditional Sampling 16%
• Interior Temperature 16%
• Weather Research 16%
• Critical Energy 16%
• Urban Geometry 16%
• Urban Atmosphere 16%
• Model Response 16%
• Advective Transport 16%
• Urban Heat Island Mitigation 16%
• Atmosphere Interaction 16%
• Weather Forecasting 16%
• Meteorological Forcing 16%
• Building Interiors 16%
• Input Surface 16%
• Critical Model 16%
• Physically-based 16%

Earth and Planetary Sciences

• Urban Canopy 100%
• Sampling Technique 16%
• Emissivity 16%
• Urban Atmosphere 16%
• Urban Heat Island Effect 16%