Realization of urban development considering urban thermal environment based on Klimaatlas in China

与华中科技大学合作，对武汉市长江滨江地区规划改造的街区进行了夏季和冬季的气流数值模拟和密集气象观测。在观测中，温度波动和同步风速变化的正交街道的河道澄清了一个事实，即凉爽和新鲜的空气质量渗透到滨江块同步风速增加的河道。并提出了基于气象观测和数值模拟的“包括室外热缓解计划的城市再开发计划”。

Numerical simulation of air flow and intensive meteorological observation in summer and winter were performed in cooperation with Huazhong University of Science & Technology, for blocks where the redevelopment was estimated in the riversides of Yangtze River in Wuhan. In the observation, temperature fluctuations and synchronized wind speed variability on orthogonal streets for the river channel clarified the fact that cool and fresh air mass penetrated to riverside blocks in synchronizing with increase of wind speed on the river channel. Moreover, "Urban redevelopment plan including the outdoor thermal mitigation plan" based on the meteorological observation and the numerical simulation was proposed.