Microclimate Optimization of School Campus Landscape Based on Comfort Assessment

The outdoor wind environment and thermal are important factors affecting human comfort in cold winter conditions. spatial layout of plant communities plays an role improving the microclimate comfort. In order to explore positive effect on winter, this study took Xuzhou Tangfang Middle School with typical characteristics as research object. study, we simulated these models using computational fluid dynamics (CFD) methods Ecotect (2011), used linear regression one-way ANOVA for mathematical statistics. Universal Thermal Climate Index (UTCI) campus activities distributed different spaces were analyzed evaluated. results showed that superposition environments identified key areas (cross-flow area corner flow area) a negative correlation. staggered three combinations increases prevention efficiency by 39.4%. At same time, established linkage mechanism layout, environmental microclimate, activity comfort, which effectively improved winter. This can provide reference remediation improvement type campus, also data support significance pedestrian