"城市雨水蓄渗设施特性分析及计算方法研究：基于云计算技术的应用"。

The research paper "云计算-城市雨水蓄渗设施特性分析及计算方法研究.pdf" focuses on the analysis of the characteristics of urban rainwater storage and infiltration facilities, as well as the research of calculation methods. As urbanization accelerates and human intervention intensifies, impermeable areas and surface runoff increase, leading to frequent urban waterlogging. Additionally, urban water systems are shrinking, and water sources are becoming more polluted. Therefore, the direct or indirect utilization of rainfall has become crucial in alleviating the pressure on urban water systems. The study chose Tianjin as its research subject and drew upon advanced design and calculation experiences both domestically and overseas. By analyzing the specific characteristics of urban rainwater storage and infiltration facilities, the researchers aimed to develop effective calculation methods to better understand and utilize rainwater in urban environments. This study is significant as it sheds light on the importance of sustainable urban water management practices, especially in the face of increasing urbanization and environmental degradation. By optimizing rainwater storage and infiltration systems, cities like Tianjin can not only mitigate waterlogging issues but also reduce reliance on traditional water sources that are often polluted. Overall, this research paper provides valuable insights into the potential of utilizing rainwater in urban environments and highlights the need for innovative solutions to address water management challenges in rapidly developing cities. It serves as a valuable resource for urban planners, policymakers, and researchers looking to promote sustainable water management practices in urban areas.