Modelling sheltering effects of trees on reducing space heating in office buildings in a windy city

INIS

• assessments 16%
• carbon dioxide 33%
• cities 100%
• climates 16%
• computational fluid dynamics 16%
• data 66%
• dynamics 33%
• emission 16%
• energy 16%
• energy consumption 16%
• gain 16%
• heating 33%
• heating load 16%
• houses 16%
• modeling 100%
• office buildings 100%
• range 16%
• reduction 50%
• seasons 33%
• simulation 16%
• space heating 100%
• values 16%
• weather 100%
• wind 66%

Engineering

• Carbon Dioxide 25%
• Carbon Dioxide Reduction 25%
• Computational Fluid Dynamics 50%
• Conventional House 25%
• Heating Season 50%
• Modeling Study 25%
• Office Buildings 100%
• Space Heating 100%
• Thermal Load 25%

Earth and Planetary Sciences

• Carbon Dioxide 16%
• Carbon Dioxide Emission 16%
• Energy Consumption 16%
• Energy Saving 16%
• Energy Utilization 16%
• Fluid Dynamics 16%
• Shelterbelt 66%
• Weather Condition 100%
• Wind Direction 33%